Module Title

:

Cosmography

Person(s) responsible

:

1)     EXSA PUTRA. SPd., M.Pd 

2)     Ketut Alit Adi Utara, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Showing a responsible attitude towards work in their field of expertise independently;

PLO 2.     Able to examine the implications of the development or implementation of science and technology  that pays attention to and applies humanities values in accordance with their expertise based on  scientific rules, procedures and ethics in order to produce solutions, ideas, designs or art criticism;

PLO 3.     tAble to apply logical, critical, systematic, and innovative thinking in the context of the development  or implementation of science and technology that pays attention to and applies humanities values  in accordance with their field of expertise;

Content

:

Students will learn about:

Astronomers’ Views on the Universe, Theory About the Universe, Space and Celestial Bodies, Galaxies, Stars and Constellations, Our Solar System, Earth,  Months, Sky Ball.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.     Admiranto A. Gunawan. 2000. The Solar System and the Universe. Yogyakarta: Kanisius.

2.     Ardley, Neil, Ian Ridpath and the Gramedia Publishing Team.1986. The Universe and the Earth. Jakarta: Gramedia

3.     Aristi, et al. 1995. Journey on Astronomy. Bandung: UPT Obsevatorium Boscha ITB

Date of last amendment

:

25 July 2024

Module Title

:

Modul_Regional Geography

Person(s) responsible

:

1)     Suwarni, S.Pd., M.Pd

2)     Haslita Rahmawati Hasan, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and challenges of  contemporary environmental resources to promote natural and social awareness and sustainable  development

PLO 7.     Able to manage and apply the development of Information Technology and Information and  Communication Technology (ICT) in geography learning, able to utilize spatial data as a source of  information to solve regional problems collaboratively both individually and as a member of the  work team

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on applicable  quality standards (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

This course includes discussions about the elements and understanding of the study of Regional  Geography, understanding the regional conditions of several countries in the world (Asia, Europe,  Australia, Oceania, Africa, America) through the study of various aspects, such as: history, economy,

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. 1. Johnson, Douglas C., et.al., 2010. World Regional Geography (Tenth Edition). Pearsons Prentice Hall,  New York (USA)  

2. 2. Kuspriyanto and Sulistinah.2018. Regional Geography of Indonesia and ASEAN. Surabaya:  Department of Geography FISH Unesa 

3. Suharyono. 2013. Fundamentals of Regional Geographical Studies. Yogyakarta:

Date of last amendment

:

25 July 2024

Module Title

:

Modul_Social Science Basics

Person(s) responsible

:

1)     Nurvita S.Pd., M.Pd

2)     Suwarni S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.    Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a lifelong  learner attitude

PLO 8.  Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in mind

PLO 9.    Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently  using geospatial information technology, based on applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

The Introduction to Social Sciences course presents and discusses several subjects, including; Definition, scope,  approaches-methods-techniques, history of the development of social sciences, description of concepts, generalizations,  and theories of social sciences (sociology, anthropology, geography, history, economics, psychology, and political  science). 

Lectures are carried out in a case method, and a Team Based Project that produces reports. The learning strategies used are  lectures, discussions, questions and answers, quizzes (pre test and post test) and assignments.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Supardan, D. 2008. Introduction to Social Science: A Study of Structural Approaches. Jakarta : Bumi Aksara

2. Sumaatmadja, N, et al. 2005. Basic Concepts of Social Studies. Jakarta: Open University. 

3. Sapriya. 2009. Social Studies Education: Concepts and Learning. Bandung: Remaja Rosdakarya

4. Suhada, I. 2016. Basic Social Sciences. Bandung: Remaja Rosdakarya

Date of last amendment

:

25 July 2024

 

 

Module Title

:

Modul_Geography Literacy

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si

2)     Dr. Ika Listiqowati, S.Pd., M.Pd

3)     Khairurraziq, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and  challenges of contemporary environmental resources to promote natural and social awareness  and sustainable development

PLO 4.     Mastering the basic concepts and theories of mapping and surveying effectively to support  regional development

PLO 7.     Able to manage and apply the development of Information Technology and Information and Communication Technology (ICT) in geography learning, able to utilize spatial data as a  source of information to solve regional problems collaboratively both individually and as a  member of the work team

PLO 8.     Able to identify, design, implement, and evaluate and inform geospherical phenomena  geospherical phenomena as a spatial system (intervention, transferability, and complementary) measurably for logical decision-making by considering health and safety

Content

:

Students will learn about:

Studying about: Geography is a spatial science through the study of natural development and environmental  themes of Geography; The relationship of Geography with other sciences in the context of geology, and applied  geography; The object of study of Geography includes spatial approaches, environmental approaches and  regional complexes; Understand the units of analysis, technical analysis, operationalization (applied research) in  Geography and Environmental Sciences, Regional Development and Cartography and Remote Sensing;  Identifying, inventorying, and evaluating geosphere phenomena for solving regional problems, and developing  regional potential, Geography in the educational curriculum in Indonesia, Exposure to various models of  educational geography study in Indonesia and discussion

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

 

Date of last amendment

:

25 July 2024

Module Title

:

Modul_Pancasila Education

Person(s) responsible

:

1)     Dr. Hasdin, S.Pd., M.Pd.

2)     Nasran, S.Pd., M.Pd.

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and  profession, and maintain a lifelong learner attitude.

PLO 3Mastering basic concepts and theories in education, including student development, student  development, pedagogy, learning theory, educational standards

PLO 5.     Able to design, implement, and evaluate geography learning models

Content

:

Students will learn about:

This course explains the foundation and purpose of Pancasila education, Pancasila as a philosophical system, Pancasila as political  ethics, Pancasila as a national ideology, Pancasila in the context of the history of the struggle of the Indonesian nation, Pancasila in  the context of the constitution of the Republic of Indonesia, and Pancasila as a paradigm in the life of society, nation, and state

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Bertens K., 1997, Ethics, PT. Gramedia Pustaka Utama, Jakarta  

2. Kaelan, 2003, Pancasila Education, Paradigm, Yogyakarta  

3. Ketut Ridjin, 2012, Pancasila Education for Higher Education, Gramedia Pustaka Utama, Jakarta.  

4. Oetojo Usman and Alfian (ed.), 1992, Pancasila as an ideology in various fields of community, nation, and state life, BP-7  Central, Jakarta  

5. Syamsudin M, et al., 2011, Pancasila Education Placing Pancasila in the Context of Islam and Islam, Total Media,  Yogyakarta.

 

Date of last amendment

:

25 July 2024

Module Title

:

Modul_Geology

Person(s) responsible

:

1)     Risma Fadhilla Arsy, S.Si., M.sc

2)     Dr. Ir. Zefitni, M.T

3)     Arifuddin Abd. Muis S.Pd., M.Pd

4)     Asrafil, S.Si., M.Eng

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and challenges of  contemporary environmental resources to promote natural and social awareness and sustainable  development

PLO 6.     Able to design and carry out research with the correct methodology and communicate it in oral and written  form based on academic and scientific values and ethics

PLO 7.      Able to manage and apply the development of Information Technology and Information and  Communication Technology (ICT) in geography learning, able to utilize spatial data as a source of  information to solve regional problems collaboratively both individually and as a member of a work team

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently using geospatial information technology, based on applicable quality standards  (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

This course discusses studying lithosphere phenomena with a spatial and environmental approach by focusing on geological  elements such as genesis, physiology, structure, stratigraphy, evolution, and the utilization of their potential (as resources)  as well as analyzing the implications of geological disasters that exist throughout Indonesia in relation to development.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

0. Asikin, Sukendar. 1978. Fundamentals of Structural Geology, Department of Geological Engineering, ITB.  Bandung  

2. Djauhari, Noor. 2006. Environmental Geology. Graha Ilmu  

3. Djauhari, Noor. 2008. Introduction to Geology. Bogor: Pakuan University Press.  

4. Djauhari, Noor. 2011. Geology for Planning. Jakarta: Graha Ilmu  

5. Graha, Doddy Setya. 1987. Rocks and Minerals. Bandung.

Date of last amendment

:

25 July 2024

 

 

Module Title

:

Indonesian Language

Person(s) responsible

:

1)     Dr. Ulinsa, S.Pd., M.Pd

2)     Julia Mafrua, S.Pd.,M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and  profession, and maintain a lifelong learner attitude.;

PLO 3.     Mastering basic concepts and theories in education, including student development, student  development, pedagogy, learning theory, educational standards;

PLO 7.     Able to manage and apply the development of Information Technology and Information and Communication Technology  (ICT) in geography learning, able to utilize spatial data as a source of information to solve regional problems collaboratively  both individually and as a member of a work team;

Content

:

Students will learn about:

Understanding the position and function of language  Indonesian, Indonesian Baku, explores academic texts in the macro genre, explores the world of literature, designs  research proposals and activity proposals, reports research results and activity results, and self-actualizes through  scientific articles.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                  0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.      Pristiwati, R., & Purwanto, B. E. (2006). THE FUNCTION AND POSITION OF THE INDONESIAN LANGUAGE AS THE  STATE LANGUAGE. 

2.     Purwo, B. K. (1984). Deiksis in Indonesian (Vol. 13). PT Balai Pustaka (Persero). 

3.     Bintari, N. L. G. R. P., Sudiana, I. N., & Putrayasa, I. B. (2014). Indonesian language learning based on a scientific approach  (problem based learning) according to the 2013 curriculum in grade VII of SMP Negeri 2 Amlapura. Journal of Indonesian  Education and Learning, 3(1). 

4.     Nurdiyanti, E., & Suryanto, E. (2010). Literacy learning of Indonesian language subjects in grade V elementary school students.  Paedagogia, 13(2).

Date of last amendment

:

25 July 2024

Module Title

:

English

Person(s) responsible

:

1)     Prof. Dr. Mawardin M.Said, M.Hum

2)     Exsa Putra, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     able to understand the theoretical concepts of the language and techniques of oral and written communication in General English in daily/general, academic, and work contexts at post-intermediate level;

PLO 2.  able to understand the theoretical concepts of the language and techniques of oral and written communication in English for Specific Purposes in daily/general, academic, and work contexts at the intermediate level.

Content

:

Students will learn about:

communication skill by greeting, introducing oneself and others, and simulating how to introduce oneself and others in English. Mentioning subject pronouns and word categories and use them in sentences. Able to use English phrases and clauses correctly and correctly. Able to construct sentences based on correct and acceptable English tenses. Able to apply likes and dislikes, Agreement and Disagreement, Jobs and Profession, Cause and Effect. Able to create Descriptive, Recount, and Procedure Texts.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                  0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.      Arnaudet, M.L. & Barret, M.E. (1990). Paragraph development: a guide for students of English as a second language. New York: Longman.

2.      Azar, B.S. & Hagen, S.A. (2009). Understanding and using English grammar. New York: Pearson Education.

3.      Dobson, J.M. (2003). Dialogs for everyday use. Washington DC: Office of English Language Programs.

4.      Richards, J.C. (2005). Person to person: Communicative speaking and listening skills. New York: Oxford.

Date of last amendment

:

25 July 2024

Module Title

:

Biogeography

Person(s) responsible

:

1)    Suwarni, S.Pd., M.Pd

2)    Haslita Rahmawati Hasan, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.   Mastering the concepts and principles of geography, basic methods, methods and challenges of  contemporary environmental resources to promote natural and social awareness and  sustainable development

 

PLO 5.     Able to design, implement, and evaluate geography learning models ;

PLO 8.    Able to identify, design, implement, and evaluate and inform geosphere phenomena geosphere  phenomena as a spatial system (intervention, transferability, and complementary) measurably  for logical decision-making with health and safety in mind;

Content

:

Students will learn about:

Role of biogeography in relation to geological history, The concept of the distribution of Paleartic and Neartic fauna according to  wallacea, The concept of the distribution of Ethiopian and Oriental fauna according to  wallacea, The concept of the distribution of Australian and Neotropical fauna according to  wallacea, The concept of the distribution of the world’s fauna according to wallacea and weber, Key concepts about history and basic principles of biogeography, Types and regions of natural distribution, Flora region of Malaesiana with its characteristics, Floristics in Indonesia and the floristic diversity of  Dispersal types in fauna and flora are accompanied by examples,Plant dispersal and its relation to ecosystems.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                 0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.     Briggs, J.C. 1988. Biogeography and Plate Tectonics . New York: Elsevier. 

2.     Craine, J.M., 2007. Plant strategy theories: replies to Grime and Tilman. Journal of Ecology 95: 235- 240. 

3.     Pielou, E.C.1994, Biogeography. New York: A Wiley-Interscience Publication John Wiley & Sons.  4. Polunin, Nicholas. 1990. Introduction to Plant Geography and Some Cognate Sciences. Yogyakarta:  Gadjah Mada Unipress. 

4.      Whittaker, R.J. 1998. Island Biogeography . New York: Oxford Unipress.  

 

Date of last amendment

:

25 July 2024

 

Module Title

:

Meteorology and Climatology

Person(s) responsible

:

1)    Risma Fadhilla Arsy, S.Si., M.Sc

2)    Khairururraziq, S.Pd., M.Pd

3)    Arifuddin Abd. Muis, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and challenges of contemporary  environmental resources to promote natural and social awareness and sustainable development;

PLO 6.     Able to design and carry out research with the correct methodology and communicate it in oral and written form  based on academic and scientific values and ethics;

PLO 7.     Able to manage and apply the development of Information Technology and Information and Communication  Technology (ICT) in geography learning, able to utilize spatial data as a source of information to solve regional  problems collaboratively both individually and as a member of a work team;

PLO 9. Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes  independently using geospatial information technology, based on applicable quality standards (designing/planning,  implementing, and evaluating

Content

:

Students will learn about:

Introduction to Meteorology and Climatology, Climatology Meteorology,  Extreme Weather and Climate in Indonesia, Climatology An Introduction, Microphysics of Clouds and Rain, Practicum Module .

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.     Meteorology and Climatology by BMKG. 1998

Date of last amendment

:

25 July 2024


Accordion Content

Module Title

:

Model Education Profession

Person(s) responsible

:

1)     Dr. Ika Listiqowati, S.Pd., M.Pd

2)     Abdul Hamid, S.Ag., M.PdI

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a  lifelong learner attitude

PLO 8.     Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in mind

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes  independently using geospatial information technology, based on applicable quality standards (design/plan,  implement, and evaluate)

Content

:

Students will learn about:

The Education Profession course is a compulsory course. This course discusses the professional duties of a teacher, the teacher’s code of  ethics, the role of teachers in guidance and counseling services, and school education administration.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Arikunto, Suharsimi. 2012. Basics of Educational Evaluation. Jakarta: Bumi Aksara;  

2. Aunurrohman. 2012. Learning and Learning. Bandung: Alfabeta. 

3. B. Suryosubroto. 2009. Teaching and Learning Process in Schools. Jakarta: Rineka Cipta 

4. Dimyati and Mudjiono. 2009. Learning and Learning. Jakarta: Rineka Cipta.  

5. Hamalik, Oemar. 2010. Teaching and Learning Process. Jakarta: Bumi Aksara

 

Date of last amendment

:

25 July 2024

 

Module Title

:

Modul_Geomorphology

Person(s) responsible

:

1)     Iwan Alim Saputra, S.Pd., M.Sc

2)     Rendra Zainal Maliki, S.Pd., M.Pd

3)     Khairurraziq, S.Pd.,M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Demonstrating a religious, nationalist spirit, uphold human values, take responsibility for daily life and  profession, and maintain a lifelong learner attitude

PLO 2.     Mastering the geography’s concepts as well as principles, fundamental methods and contemporary  environmental resource challenges in order to promote nature and social awareness and sustainable development

PLO 4.     Mastering the basic concepts and theories of mapping and surveying effectively to support regional development

PLO 7.     Able to manage and apply the development of Information and Communication Technology (ICT) in geography  learning, capable of using spatial data as a source of information to collaboratively solve regional issues both  individually and as team work members

PLO 9.     Capable of designing, implementing, and evaluating as well as visualizing the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on applicable quality  standards (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

This course examines landforms on the earth’s surface, the processes that accompany them, evaluation and landforms, and spatial  relationships of landforms in a region, dynamics and problems of landforms, utilization of landscapes in Indonesia. Study materials  are related to the concepts and principles of geomorphology, volcanic, structural, fluvial, marine, eolin, solutional, glacial,  denudational, and organic geomorphological units. Studio practice of visualizing geomorphological formation models and analysis  of topographic maps and aerial photographs. Field practice of introducing geomorphological units of the surrounding area. Lectures  use a team-based project learning model that produces final course products in the form of practicum reports, articles, and landform  learning media.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Module Title

:

Modul_Soil Geography

Person(s) responsible

:

1)     Iwan Alim Saputra, S.Pd., M.Sc

2)     Risma Fadhilla Arsy, S.Si., M.Sc

3)     Arifuddin Abd. Muis, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Understand the philosophical, juridical, historical, sociological, psychological and empirical foundations  of education

PLO 2.     Understand the concepts, instrumentation, and practicalities of educational psychology

PLO 3.     Mastering learning theory and learning

PLO 4.     Mastering the objectives, content, learning experience and curriculum design of educational units

PLO 5.     Mastering scientific concepts and methods that overshadow the substance of the field of study

PLO 6.           Mastering the principles and techniques of planning, implementing and evaluating educational learning  

Geography Mastering the research principles and basics of geography education

 

PLO 7.     Mastering  the principles and basics of geography education research.

Content

:

Students will learn about:

The lecture material discusses the basic concept of soil science (Soil Science) as part of the study of unified  geography which includes the nature and concept of soil, soil physical-chemical-biological properties, soil genes, soil survey and mapping, soil classification and taxonomy, and the distribution of soil in a space. At  the end of the lecture, students are given knowledge and skills in reading and making land maps based on  the results of surveys through field practicum

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3,42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Brady Nyle C., (1990), The Nature and Properties of Soils, Tenth Edition, Macmillan Publishing Company, New York.  

2. Hardjowigeno Sarwono, (2003), Soil Classification and Pedogenesis, Preesindo Academic, Jakarta  

3. Hillel Daniel, (1996), Introduction to Soil Physics, Depart. Of Soil Sciences, Univ. Of Massachusetts, Massachusetts  

4. Isa Darmawidjaya, (1990), Land Classification, Gadjah Mada University Press, Yogyakarta.  

5. Sarief Saifudin, (1980), Basic Soil Physics, UNPAD, Bandung.

 

Date of last amendment

:

25 July 2024

 

Module Title

:

Modul_Human Geography

Person(s) responsible

:

1)     Nurvita, S.Pd., M.Pd

2)     Haslita Rahmawati Hasan, S.Pd., M.Pd

3)     dkk

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and challenges  of contemporary environmental resources to promote natural and social awareness and  sustainable development.

PLO 6.     Able to design and carry out research with the correct methodology and communicate it in  oral and written form based on academic values and ethics and scientific ethics

PLO 7.     Able to manage and apply the development of Information Technology and Information and  Communication Technology (ICT) in geography learning, able to utilize spatial data as a  source of information to solve regional problems collaboratively both individually and as a  member of the work team.

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on  applicable quality standards (designing/planning, implementing, and evaluating).

Content

:

Students will learn about:

This Human Geography course aims to build student competence in understanding and explaining the  meaning and scope of the relationship between geography and human geography and the elements of human geography; Analyze population activities in relation to the state of an area, human needs  (influencing factors), human functions related to development, population problems and their  solutions, social patterns and processes, patterns or distribution of population settlements, as well as  social planning and engineering.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

             0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Bintarto, R. (1977). Social Geography – Guidebook. Yogyakarta: U.P. Spring. 

2. Bintarto, R. (1977). Urban Geography. Yogyakarta: U.P. Spring.  

3. Daldjoeni, N. (1987). Geography of Cities and Villages. Bandung: Alumni.  

4. Sumaatmadja, Nursid. (1988). Geography Studies – An Approach and Spatial Analysis.  Bandung: Alumni.  

5. Bintarto, R. (1983). Urbanization and its Problems. Jakarta: Ghalia Indonesia.

 

Date of last amendment

:

25 July 2024

 

Module Title

:

Modul_Hidrology

Person(s) responsible

:

1)     Ir. Rahmawati, S.Si., M.Sc

2)     Rendra Zainal Maliki, S.Pd., M.Pd

3)     Suwarni, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a lifelong  learner attitude

PLO 8.     Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in mind

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently  using geospatial information technology, based on applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

The Hydrology course aims to equip students related to the existence of water on earth, know and be able to explain the factors that affect  the water cycle/cycle and the concept of water balance, be able to explain the basics of hydrological measurement and calculation and  present hydrological data. This course is given with a balanced composition between theory and assignments. Evaluation is carried out  through written tests, structured assignments and student participation in the class. The learning activities in this course use the Case  Method approach with the Project Based Learning (Project Study) strategy. The lecture system is carried out in a hybrid manner through  Google Meet, Zoom, and UNTAD LMS

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Soemarto, (1999), Engineering Hydrology;  

2. Raudkivi Arved, (1979), Hydrology an Advanced Introduction to Processes and Modeling;  

3. Sprong, (1979), Lakes in The Humid Tropical Areas of The World;  

4. Todd, (1983), Introduction to Hydrology; 

5. Robert J. Kodoatie & Roestam Sjarief, (2005), Integrated Water Resources Management

Date of last amendment

:

25 July 2024

Module Title

:

Cartography

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si

2)     Ir. Rahmawati, S.Si., M.Sc

3)     Risma Fadhilla Arsy, S.S

4)     Rendra Zainal Maliki, S.Pd., M.Pd

5)     Suwarni, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a lifelong  learner attitude

PLO 8.     Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in mind

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently using geospatial information technology, based on applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

This course discusses the material, the definition of cartography and its relation to geography, the history of cartography and the  development of cartography, the limitations and objectives of mapping, the definition of maps and mapping, maps reviewed from other  disciplines, the development of web-cartography, the elements of mapping, map making, non-terrestrial measurements, terrestrial  measurements, map design/layout and visualization, and map reading. This course is given with a balanced composition between theory  and practice. Evaluation is carried out through written tests, structured assignments and student participation in the class. The learning  activities of this course use the case method and team-based project learning models. The lecture system is carried out in a hybrid manner  through Google Meet, Zoom, and UNTAD LMS

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Aryono Prihandito (1989). Cartography. Gama Widya’s partner. Yogyakarta 

2. Suyono Sosrodarsono and Takasaki Masayosi (1992). Topographic Measurement and Mapping Techniques. Third Printing.  Pradnya Paramita. Jakarta.

3. Menno-Jan Kraak and Ferjan Ormeling (2002). Cartography: Visualization of Geospatial Data. Kraak, Prentice Hall. ISBN 978-0- 13-088890-7 

4. Alastair Bonnett (2008), What is Geography?, SAGE, London 

5. Geospatial Information Agency (2009), National Survey and Mapping, BIG and MAPIPTEK, Jakarta

 

 

Date of last amendment

:

25 July 2024

 

 

Module Title

:

Coastal Geography

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si

2)     Dr. Ir. Zakirah Raihani Ya’la, M.Si.

3)     Ir. Rahmawati, S.Si., M.Sc.

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.    Mastering the concepts and principles of geography, fundamental methods, and challenges of  contemporary environmental resources in order to increase natural and social awareness and  sustainable development

PLO 7. Able to manage and apply the development of Information and Communication Technology (ICT)  in geography learning, able to utilize spatial data as a source of information to jointly solve  regional problems both individually and as a member of the team

PLO 8.  Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial  system (intervention, transferability, and complementary) in a measurable manner for logical  decision-making with health and safety in mind

Content

:

Students will learn about:

This course examines the meaning of beaches, coasts, coastal areas and their dynamics. The scope  includes coastal morphology, marine land forms and their combination with other land forms. Intertidal  areas, shallow and permanent coastal areas, small islands and resource potential. The use of data  sources in coastal area management, related to socio-economy, mining, tourism, coastal ecosystems,  protection strategies and coastal problem management, in general in Indonesia and specifically in  Central Sulawesi.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Timothy Beatley, David J. Brower, Anna K. Schwab (2002). An introduction to coastal zone  management. Island Press. 

2. Robert Kay and Jacqueline Alder (2005). Coastal planning and management. Taylor & Francis Group.

3. Stul T, Gozzard JR, Eliot IG and Eliot MJ (2015) Coastal Sediment Cells for the Vlamingh Region  between Cape Naturaliste and Moore River, Western Australia. Report prepared by Seashore  Engineering Pty Ltd and Geological Survey of Western Australia for the Western Australian  Department of Transport, Fremantle.

 

Date of last amendment

:

25 July 2024

 

 

Module Title

:

Modul_Geography Teaching and Learning Strategies

Person(s) responsible

:

1)     Nurvita, S.Pd., M.Pd

2)     Dr.Ika Listiqowati, S.Pd., M.Pd

3)     Amalia Novarita, S.Pd,. M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     to solve physics problems independently and responsibly with complete physical settlement methods;

PLO 2.     to explain the basic equations of physics in solving Newton’s laws of motion, work and energy, momentum lines and collisions;

PLO 3.     to analyze the basic properties of physics based on mathematical concepts and formulations about elasticity of materials, harmonic oscillators, temperature and heat;

Content

:

Students will learn about:

Physical Quantities, Units and Measurement, Kinematics, Dynamics, Work and Energy, Linier Momentum and Collisions, Momentum and Inertia, Fluid Statics, Fluid Dynamics, Temperature and Calor, and Thermodynamics laws.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Anas, Muhammad. 2014. Getting to Know the Learning Methodology. Pasuruan: Hulwa Library. 

2. Anderson, Lorin W, & Krathwohl, D. R. (2017). Learning, Teaching, and Assessment (II). Yogyakarta: Student Library.

3. Arikunto, et al. 2014. Classroom Action Research. Jakarta: Bumi Aksara. 

4. Sardiman.2016. Interaction and Motivation of Teaching and Learning. Jakarta: PT Rajawali Pers. 

5. Susanto, Ahmad. 2016. Learning Theory and Learning in Elementary Schools. Jakarta: Prenadamedia Group.

 

Date of last amendment

:

25 July 2024

 

 

Accordion Content

Module Title

:

Demographics

Person(s) responsible

:

1)     Iwan Alim Saputra, S.Pd., M.Sc

2)     Haslita Rahmawati Hasan, S.Pd., M.Pd

3)     Suwarni, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 4.     Mastering the basic concepts and theories of mapping and surveying effectively to support regional  development

PLO 6.     Able to design and carry out research with the correct methodology and communicate it in oral and written  form based on academic values and ethics and scientific ethics

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural  landscapes independently using geospatial information technology, based on applicable quality  standards (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

studies the concept of Population Geography and demography collaboratively by using  measurement techniques and visualization techniques (mapping) analysis and interpretation of population data

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Ida Bagus Mantra. 1985. Introduction to Demographic Studies. Yogyakarta: Nur Cahaya 

2. Rozy Munir & Budiarto. 1986. Population Theories. Jakarta: Bina Aksara  

3. ____, 1985. Demographic Aspects of the Workforce. Jakarta: Pressindo Academics  

4. Lee, Everett S. 2000. Migration Theory. Yogyakarta: UGM Population Research Center 

5. Todaro, Michael P. 1996. Internal Migration Studies in Developing Countries Yogyakarta: UGM Population  Research Center

 

Date of last amendment

:

25 July 2024

Accordion Content

Module Title

:

Enviromental Studies

Person(s) responsible

:

1)     Khairururraziq, S.Pd.,M.Pd

2)     Arifuddin Abd. Muis, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession, and  maintain a lifelong learner attitude.

PLO 3Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession, and  maintain a lifelong learner attitude.

PLO 5.     Able to design, implement, and evaluate geography learning models

Content

:

Students will learn about:

1. Environmental Studies as the Main Scientific Pattern of UNTAD: the history of PIP in Indonesia and UNTAD, the relationship  between the Ministry of Environment and the UNTAD PIP, the definition and content of the Ministry of Environment and  Environment  

2. Environmental Concept: history of environmental legislation, types of environmental legislation, environmental policies (common  property and private property)  

3. Environment-Related Regulations and Policies: Ecology as the basis of Environmental Science, basic principles of Environmental  Science, approaches to Environmental Science, relationship of Ecology with other sciences, environmental components (physical chemical, biological, socio-economic and socio-cultural, and public health)  

4. Conservation Areas and Protected Areas: criteria and types of conservation areas, criteria and types of protected areas 

5. Development and Environment: the definition of the environment, sustainable development with an environmental perspective,  development impacts (climate change, pollution, disasters and social conflicts), environmental studies (AMDAL/DELH, UKL UPL/DPLH, SPPL) and environmental expectations and challenges in Central Sulawesi  

6. Disasters and the environment: the impact of disasters on the environment, environmental damage that causes disasters  7. Field Practice: method of collecting and analyzing environmental data, field practice/environmental action (tree planting/social  service), compiling a report on field practice/environmental action, presentation of field practice/environmental action report.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Accordion Content

Module Title

:

Modul_Remote Sensing

Person(s) responsible

:

1)     Risma Fadhilla Arsy, S.Si., M.Sc

2)     Dr. Widyastuti, S.Si., M.Sc

3)     Dr. Eng. Rifai, ST., M.Si., M.Sc

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 6.     Able to design and carry out research with the correct methodology and communicate it in oral  and written form based on academic and scientific values and ethics

PLO 8.     Able to identify, design, implement, and evaluate and inform geospherical phenomena geosphere  phenomena as a spatial system (intervention, transferability, and complementary) measurably for  logical decision-making with health and safety in mind

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on applicable  quality standards (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

Remote sensing (sense) is a science, technique and art to obtain information about an object, phenomenon, or area  by analyzing the data obtained by using tools without direct contact with the object, area or symptom being studied.  The data in question is sensory imagery which includes photo and non-photo images in the form of analog data  and digital data. The interpretation of objects in the image is carried out through the steps of detection,  identification, and analysis of the appearance of the object. Interpretation is carried out based on the elements and  keys of interpretation.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                 0 – 45,00

E

0

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Sutanto, 1994. Remote Sensing Volume 1. 2nd printing. Yogyakarta : Gadjah Mada University Press

2. Sutanto, 1994. Remote Sensing Volume 2. 2nd printing. Yogyakarta : Gadjah Mada University Press

3. Weng, Qihao, ed. Remote Sensing for Sustainability. CRC Press, 2016. 

4. Lillesand Seelye. An introduction to ocean remote sensing. Cambridge University Press, 2014. 

5. Canty, Morton J. Image analysis, classification and change detection in remote sensing: with algorithms for  ENVI/IDL and Python. Crc Press, 2014

 

Date of last amendment

:

25 July 2024


Module Title

:

UrbanVillage Geography

Person(s) responsible

:

1)     Azis Budianta, S.Si., MT

2)     Haslita Rahmawati Hasan, S,Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession, and  maintain a lifelong learner attitude.

PLO 3.     Mastering basic concepts and theories in education, including student development, student development, pedagogy,  learning theory, educational standards

PLO 7.     Able to manage and apply the development of Information Technology and Information and Communication Technology  (ICT) in geography learning, able to utilize spatial data as a source of information to solve regional problems collaboratively  both individually and as a member of a work team

Content

:

Students will learn about:

More specifically, the Village and City Geography course discusses the concept and theory of villages and cities, the meaning of  villages and cities, the physical structure and spatial structure of villages and cities, the infrastructure of villages and cities, the  aspects of population and social changes and socio-economic-cultural impacts, village and city settlements, settlement problems,  urbanization and interaction of urban villages, policies for village and city development and their relationship with aspects of  environmental management.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Adisasmita, H. Rahardjo, 2006. Building Participatory Villages, Edition I Print I. Yogyakarta: Graha Ilmu.

2. ______, 2006. Rural and Urban Development, Edition I. Yogyakarta: Graha Ilmu. 

3. Anonimus, 2004. UURI No. 22 of 1999 jo No. 32 of 2004 concerning Regional Government (Regional  Autonomy). Jakarta: State Secretariat of the Republic of Indonesia. 

4. ______, 2004. UURI No.25 of 2004 concerning the National Development Planning System. Jakarta: State  Secretariat of the Republic of Indonesia. 

5. ______, 2007. UURI No. 24 of 1992 jo No. 26 of 2007 concerning Spatial Planning. Jakarta: State Secretariat  of the Republic of Indonesia. 

 

 

Date of last amendment

:

25 July 2024

 

 

Accordion Content

Module Title

:

Natural Resources and Land Use

Person(s) responsible

:

1)     Arifuddin Abd. Muis, S.Pd., M.Pd

2)     Khairurraziq, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a lifelong  learner attitude

PLO 8.     Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in

Content

:

Students will learn about:

The disaster management course aims to teach about the concepts, theories, principles, processes and strategies of disaster management  and be able to formulate problems in disaster management both at the global, national, and regional levels. This course is pre-requisite and  compulsory for all students. This course is given with a balanced composition between theory and assignments. Evaluation is carried out  through written tests, structured assignments and student participation in the class. The learning activities in this course use the Student  Centered Learning (SCL) approach with the Project Based Learning (Project Study) strategy. The lecture system is carried out in a hybrid manner through Google Meet, Zoom, and UNTAD’s LMS.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade.

 

The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.     Adiyoso, Wignyo. 2018. Disaster Management: Introduction and Strategic Issues. Bumi Aksara Jakarta. 

2.     Candida March, Ines Smyth, and Maitrayee Mukhopadhyay. 2005. A Guide to Gender-Analysis Frameworks. Oxfam Coburn,  A.W; Spence, R.J.S; Pomonis, A. 1994. Disaster Mitigation. Second Edition. UNDP. 

 

Date of last amendment

:

25 July 2024

Module Title

:

Visualization Data Georaphy

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si

2)     Ir. Rahmawati, S.Si., M.Sc.

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 4. Mastering the basic concepts and theories of mapping and surveying effectively to support regional development

PLO 6.  Able to design and carry out research with the correct methodology and communicate it in oral and written form  based on academic and scientific values and ethics

PLO 9.   Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently  using geospatial information technology, based on applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

Data visualization is a course that discusses general principles of cartography, specifically the graphic representation of information  and data. It further optimizes the visualization and use of temporal spatial data, by using visual elements such as diagrams, graphs,  and maps, to understand the data more easily. There are changes and new developments in the world of maps, such as open source  GIS, OpenStreetMap and GPS (Global Positioning System), so the use of mapping technology is carried out directly (website),  accompanied by case studies. Data visualization has many benefits, including: making it easier to understand data, identifying trends  and patterns, communicating information effectively, and supporting decision-making. This course provides the necessary  knowledge and skills for students to read and understand maps and changes in mapping with the latest developments in cartography.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Cauvin, C. et.al. (2013). Thematic Cartography and Transformations. Willey. 

2. Kraak, Menno-Jan and Ormeling, Ferjan. (2021). Cartography Visualization of Geospatial Data. Fourth Edition. CRC Press.  3. Lambert, N. and Zanin, C. (2020). Practical Handbook of Thematic Cartography. CRC Press. 

4. Mizwar, D. (2013). Thematic Cartographic. FKIP Unila. Bandar Lampung. 

5. Ormeling, F. (2012). Thematic Cartography of Social & Economic Aspects. Wave. Yogyakarta.

 

Date of last amendment

:

25 July 2024

 

 

Accordion Content

Module Title

:

Modul_Geographical Research Methodology

Person(s) responsible

:

1)     Iwan Alim Saputra, S.Pd., M.Sc

2)     Dr. Ika Listiqowati, S.Pd., M.Pd

3)     Nurvita, S.Pd., M.Pd

4)     Ir. Rahmawati, S.Si., M.Sc

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the geography’s concepts as well as principles, fundamental methods and contemporary environmental  resource challenges in order to promote nature and social awareness and sustainable development

PLO 3.     Mastering the basic concepts and theories in education, including student development, pedagogy, learning theories,  educational standards

PLO 6.     Able to design and conduct research with the correct methodology and communicate both spoken and written forms  based on academic values and ethics

PLO 7.     Able to manage and apply the development of Information and Communication Technology (ICT) in geography  learning, capable of using spatial data as a source of information to collaboratively solve regional issues both  individually and as team work members

Content

:

Students will learn about:

The Geography Research Methodology course aims to equip students with knowledge, understanding and application of various  research methods in the context of compiling a final assignment. This course is a prerequisite and mandatory for all students, both  those taking the thesis (TAS) or non-thesis (TABS) pathway. Lecture studies include types of research, steps in scientific research  starting from determining topics, identifying problems, reviewing literature, determining the focus of the problem, determining  variables, design and methods, data collection techniques, analysis and drawing conclusions. Learning activities include lectures with  various approaches and methods that involve many students, such as responses, literature studies, field observation activities, tutorials,  workshops, and seminars. This course is given with a balanced composition between theory and practice. Evaluation is carried out  through written tests, structured assignments and student participation in class. Learning activities in this course use the Student  Centered Learning (SCL) approach with the Project Based Learning strategy . The lecture system is carried out in a hybrid manner  via Google Meet, Zoom, and UNTAD LMS. This course is supported by a study program research road map, final project writing  guidelines (faculty and study program).

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Yunus, Hadi Sabari. 2015. Contemporary Research Methodology (Area). Gramedia 

2. Robin Flowerdew and David Martin. 2013. Methods in Human Geography: A guide for students doing a research project.  Routledge

3. Nikolas Walliman. 2011. Research Methods Basic. Taylor & Francis e-Library 

4. Prabhat Pandey & Meenu Mishra Pandey. 2015. Research Methodology: Tools and Techniques. Romania: Bride Center

5. Research Methods in Geography: A Critical Introduction. 2010. Basil Gomez and John Paul Jones III. Blackwell Publishing  Ltd

 

Date of last amendment

:

25 July 2024

 

 

Accordion Content

Module Title

:

Modul_Geographic Information System

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si

2)     Ir. Rahmawati, S.Si., M.Sc

3)     Risma Fadhilla Arsy, S.Si, M.Sc

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Have a religious, nationalist spirit, uphold human values, be responsible in daily life and profession, and maintain a lifelong  learner attitude

PLO 7.     Able to manage and implement the development of Information and Communication Technology (ICT) in geography  learning, able to utilize

PLO 8.     Able to identify, design, implement, and evaluate and inform geosphere phenomena as a spatial system (intervention,  transferability, and complementary) in a measurable manner for logical decision-making with health and safety in mind

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and cultural landscapes independently  using geospatial information technology, based on applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

GIS courses include the implementation of GIS theories, geography theories, which are directly applied including understanding basic  concepts, GIS components, types, data structure and quality, various GIS programs/software and their applications in various fields. This  course is accompanied by practice so that students have skills in making digital maps and mastering GIS to solve problems in the field. This  course is given with a balanced composition between theory and practice. Evaluation is carried out through written tests, structured  assignments and student participation in the class. The learning activities of this course use the case method and team-based project learning  models. The lecture system is carried out in a hybrid manner through Google Meet, Zoom, and UNTAD LMS

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

3 credit points (equivalent with 3.42 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Burrough, P.A:1988. Principles of Geographical Information System for Land Resources Assessment. Clarendon Press. Oxford.

2. Aronoff, S., 1989. Geographical Information System : A Management Perspective, Canada : Wol Publication.

3. Starr, J., 1990, GIS : An Introduction, New Jersey : Prentice Hall inc.  

4. Belward, A. (ed.). 1991. Remote Sensing on GIS for Resource Management in Developing Countries, Boston : Kluwer Academic  Publisher

5. Skidmore, A.K. 1992. Remote Sensing and Geographic Information Systems in Forest Management. School of Geography, Univ.  of South Wales.

Date of last amendment

:

25 July 2024

 

 

Module Title

:

Economy, Industry and Trade

Person(s) responsible

:

1)     Haslita Rahmawati Hasan, S.Pd., M.Pd

2)     Aziz Budianta, S.Si., M.T

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.     Mastering the concepts and principles of geography, basic methods, methods and challenges  of contemporary environmental resources to promote natural and social awareness and  sustainable development.

PLO 4.     Master the basic concepts and theories of mapping and surveying effectively to support  regional development.

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on  applicable quality standards (designing/planning, implementing, and evaluating).

Content

:

Students will learn about:

The Economics, Industry and Trade course discusses the structure of human economic activities in  utilizing the environment to meet the needs of life with various types of space on the earth’s surface,  which have different geographical conditions. Economics, Industry and Trade study various areas on  the earth’s surface and their activities and the object of study is the spatial aspect of the human  economic structure, which includes agriculture, industry, and trade. In economic analysis, industry and  also trade, environmental factors are reviewed as supporting factors (resources) and the structure of  population economic activities as an inhibiting factor.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Agus Joko Pitoyo. 1998. A Collection of Several Trade Theories I. Yogyakarta: Faculty of  Geography UGM 

2. Alexander, Jhon W. 1963. Economics Geography. Prantice-Hall., Inc., New York

3. Bale. 1977. Industry Geography. 

4. Boesch, Hans. 1964. A Geography of World Economy. D. Van Nostrand, C. Inc., New York.

5. Huntington, Ellswarth. 1951. Principles of Human Geography. Jhon Wiley & Sos Inc. New York

Date of last amendment

:

25 July 2024

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Module Title

:

Enviromental Studies

Person(s) responsible

:

1)     Khairururraziq, S.Pd.,M.Pd

2)     Arifuddin Abd. Muis, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession, and  maintain a lifelong learner attitude.

PLO 3.     Demonstrate a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession, and  maintain a lifelong learner attitude.

PLO 5.     Able to design, implement, and evaluate geography learning models

Content

:

Students will learn about:

1. Environmental Studies as the Main Scientific Pattern of UNTAD: the history of PIP in Indonesia and UNTAD, the relationship  between the Ministry of Environment and the UNTAD PIP, the definition and content of the Ministry of Environment and  Environment  

2. Environmental Concept: history of environmental legislation, types of environmental legislation, environmental policies (common  property and private property)  

3. Environment-Related Regulations and Policies: Ecology as the basis of Environmental Science, basic principles of Environmental  Science, approaches to Environmental Science, relationship of Ecology with other sciences, environmental components (physical chemical, biological, socio-economic and socio-cultural, and public health)  

4. Conservation Areas and Protected Areas: criteria and types of conservation areas, criteria and types of protected areas 

5. Development and Environment: the definition of the environment, sustainable development with an environmental perspective,  development impacts (climate change, pollution, disasters and social conflicts), environmental studies (AMDAL/DELH, UKL UPL/DPLH, SPPL) and environmental expectations and challenges in Central Sulawesi  

6. Disasters and the environment: the impact of disasters on the environment, environmental damage that causes disasters  7. Field Practice: method of collecting and analyzing environmental data, field practice/environmental action (tree planting/social  service), compiling a report on field practice/environmental action, presentation of field practice/environmental action report.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                 0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Nasran.2022. Efforts to Shape the Character of Environmental Care in the Community of Nalu Village through a  Greenconstitutionation-Based Concept. 

2. Environmental Studies (KLH) as the Main Scientific Pattern (PIP) of Tadulako University (UNTAD) which was stipulated in the  UNTAD Senate Meeting on October 17, 1981 [One form of implementation is through the compulsory course “Environmental  Studies” (2 credits)] 

3. Otto Soemarwoto, 2004, Ecology, Environment and Development, Djambatan, Jakarta  

4. Zoer’aini Djamal Irwan, 2007, Ecological Principles: Ecosystems, Environment and Their Conservation, PT. Bumi Aksara,  Jakarta

 

Date of last amendment

:

25 July 2024

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Module Title

:

Modul_Tourism and Culture

Person(s) responsible

:

1)     Arifuddin A.Muis, S.Pd., M.Pd

2)     Haslita Rahmawati Hasan, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 2.    Mastering the concepts and principles of geography, basic methods, methods and challenges  of contemporary environmental resources to promote natural and social awareness and  sustainable development

PLO 4. Mastering the basic concepts and theories of mapping and surveying effectively to support  regional development

PLO 9.   Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on applicable  quality standards (designing/planning, implementing, and evaluating)

Content

:

Students will learn about:

The meaning of cultural and religious tourism, the functions of cultural and  religious tourism, forms of cultural and religious tourism, cultural and religious tourism destinations, the  benefits of cultural and religious tourism, the differences in tourism and culture and tourism culture, the  differences in religious tourism, sharia tourism and halal tourism, the management of cultural and  religious tourism, the development of cultural and religious tourism, the impact of cultural and religious  tourism, media for the promotion of cultural and religious tourism, the implementation of cultural and  religious tourism in Indonesia.

Teaching method(s)

:

Teaching methods used in this course are:

      Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

      Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3,09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Happy Marpaung. 2000. Tourism Knowledge. Bandung: Alfabeta 

2. Ismayanti. 2010. Introduction to Tourism. Jakarta: Grasindo

3. Janiaton Damanik. 2013. Indonesian Tourism. Yogyakarta: Student Library

4. Koentjaraningrat. Indonesian People and Culture 

5. Oka A, Yoeti. 2010. Cultural Tourism Problems and Solutions. Jakarta: Balai Pustaka 6. Roby Ardiwidjaja. 2020. Cultural Tourism. Ponorogo: Uwais Inspirasi Indonesia.

Date of last amendment

:

25 July 2024

Module Title

:

Modul_Field Work – II Cultural Landscape

Person(s) responsible

:

1)     Iwan Alim Saputra, S.Pd., M.Sc

2)     Rendra Zainal Maliki, S.Pd.,M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     to solve physics problems independently and responsibly with complete physical settlement methods;

PLO 2.     to explain the basic equations of physics in solving Newton’s laws of motion, work and energy, momentum lines and collisions;

PLO 3.     to analyze the basic properties of physics based on mathematical concepts and formulations about elasticity of materials, harmonic oscillators, temperature and heat;

Content

:

Students will learn about:

Physical Quantities, Units and Measurement, Kinematics, Dynamics, Work and Energy, Linier Momentum and Collisions, Momentum and Inertia, Fluid Statics, Fluid Dynamics, Temperature and Calor, and Thermodynamics laws.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.     TIM Dosen Fisika-FMIPA, Fisika Dasar 1, Edisi Pertama, Makassar 2010.

2.     Halliday & Resnick, Fisika Jilid 1, Terjemahan (Erwin Sucippto & Pantur Silaban), Jakarta, Erlangga 1994.

Date of last amendment

:

25 July 2024

Accordion Content

Module Title

:

Digital Geography

Person(s) responsible

:

1)     Rendra Zainal Maliki, S.Pd., M.Pd

2)     Iwan Alim Saputra, S.Pd., M.Sc

3)     Exsa Putra, S.Pd., M.Pd

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 1.     Demonstrating a religious, nationalist spirit, uphold human values, take responsibility for daily life and profession,  and maintain a lifelong learner attitude

PLO 3.     Mastering the basic concepts and theories in education, including student development, pedagogy, learning  theories, educational standards

PLO 7.     Able to manage and apply the development of Information and Communication Technology (ICT) in geography  learning, capable of using spatial data as a source of information to collaboratively solve regional issues both  individually and as team work members

Content

:

Students will learn about:

The scope of digital geography subjects includes the development of digital geography in the era of industry 4.0 and society 5.0, the  role and benefits of digital products in learning, classification of digital geography products, types and characteristics of digital  geography, designing digital products with virtual reality , designing digital products with virtual reality , and making simple coding  . This course is given with a balanced composition between theory and practice. Evaluation is carried out through written tests,  structured student participation assignments in class, and evaluation of the final product.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1. Adi, Arista. Prasetyo. 2020. Creating Android  pplications Without Coding . PT. Elex Media Kompotindo. Jakarta.

2. Arsyad, A. 2011. Learning Media . PT Raja Grafindo Persada. Jakarta. 

3. Dale, Edgar. 1969. Audio Visual Methods in Teaching . New York: Holt, Rinehart and Winston Inc. The Dryden Press.

4. Ismayani, Ani. 2020. Making Your Own Application Augmented Reality . PT. Elex Media Kompotindo. Jakarta.

5. Jung, Timothy and Dieck, M. Claudia Tom. 2018. Augmented Reality and Virtual Reality Empowering Public Relations, Place,  and Business . Springer Publishing. Switzerland.

Date of last amendment

:

25 July 2024

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Module Title

:

Modul_GIS Coastal and Small Islands

Person(s) responsible

:

1)     Dr. Widyastuti, S.Si., M.Si.

2)     Dr. Ir. Zakirah Raihani Ya’la, M.Si.

Language

:

Indonesia, English

Module objectives/intended learning outcomes

:

After completing the course, students are able:

PLO 4.     Mastering the basic concepts and theories of mapping and surveying effectively to support  regional development

PLO 6.     Able to design and conduct research with the correct methodology and communicate both  verbally and in writing based on academic values and ethics

PLO 7.     Able to manage and implement the development of Information and Communication  Technology (ICT) in geography learning, able to utilize spatial data as a source of information  to solve regional problems collaboratively both individually and as a team member.

PLO 9.     Able to design, implement, and evaluate and visualize the characteristics of landscapes and  cultural landscapes independently using geospatial information technology, based on  applicable quality standards (design/plan, implement, and evaluate)

Content

:

Students will learn about:

The scope of the GIS course on Coastal and Small Islands includes the implementation of GIS theories,  geographical theories, territorial concepts, the character of coastal landscapes, which are applied  directly including an understanding of basic concepts, GIS components, types, data structure and  quality, GIS software and its application in various coastal phenomena and problems. This course is  accompanied by practice so that students have skills in making digital maps using GIS to solve  problems in the field. This course is given with a balanced composition between theory and practice.  Evaluation is carried out through written tests, structured assignments and student participation in the  class. The learning activities of this course use the case method and team-based project learning  models.

Teaching method(s)

:

Teaching methods used in this course are:

§  Lecture (i.e., lecture, Cooperative Learning (CL) and Reflective Study, Small Group Discussion)

§  Structured assignments (i.e., paper) 

Workload

:

26,67 hours per semester for Learning and Teaching, 32 hours per semester for Self Study, and 45,3 hours per semester for Practicum.

Credit points

:

2 credit points (equivalent with 3.09 ECTS)

Admission and examination requirements

:

Attendance policy: Presence greater than 75% of the material aren’t not eligible for final test.

Assessment

:

Study and examination requirements: students must attend 15 minutes before the class starts, switch off all electronic devices, inform the lecturer if they will not attend the class due to sickness, etc, submit all class assignments before the deadline, and attend the exam to get final grade. The weight of each assessment component is 5% for Assignment, 20% for Presentation, 25% for Practical Session, 25% for Midterm Exam, and 25% for Final Exam.

Form of examination:

Written exam: Essay

Percentage of Achievement

Grade

Conversion Value

85,01 – 100

A

4.00

80,01 – 85,00

A-

3.75

75,01 – 80,00

B+

3.5

70,01 – 75,00

B

3.0

65,01 – 70,00

B-

2.75

50,01 – 65,00

C

2.00

45,01 – 50,00

D

1.00

                0 – 45,00

E

0

 

Media employed

:

LCD Projector and Whiteboard

Recommended literature

:

1.    Timothy Beatley, David J. Brower, Anna K. Schwab (2002). An introduction to coastal zone  management. Island Press. 

2.    Robert Kay and Jacqueline Alder (2005). Coastal planning and management. Taylor & Francis  Group. 

3.    Aronoff, S., 1989. Geographical Information System: A Management Perspective, Canada: Wol  Publication. 

4.    Neteler, M. and Mitasova, H. 2008. Open-Source GIS: A GRASS GIS Approach (3rd Edition).  Springer. 

5.    Cartwright, W., Gartner, G., Meng, L., and Peterson, M.P. 2012. Advances in spatial data handling  and GIS. Springer.

 

Date of last amendment

:

25 July 2024

 

 

Accordion Content

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