Head of Department:
Description:
Chemistry Education is one of the study programs in the Department of Mathematics and Natural Sciences of FKIP UNTAN. Chemistry Education was established on January 30, 2003, through a decision of the Director General of Higher Education, with No. 178 / D / T / 2003. The establishment of the Chemistry Education Program was to fulfill the high demand for chemistry teachers in secondary schools in the West Kalimantan region. The Chemical Education Program has been accredited A (Very Good) from September 10, 2019, to September 10, 2024, based on the Decree of BAN-PT No.3409 / SK / BAN-PT / Akred / S / IX / 2009, September 10, 2019. We prepare graduates to have pedagogical, personal, social, and professional competencies so that they can compete at the regional, national, and international levels. Upon completing this course, the graduates can work as (1) educators and facilitators of creative and innovative chemistry learning and have good mastery of chemical materials and chemical education at junior and senior high school levels, (2) laboratory managers at chemical laboratories or science laboratories that have the ability managerial in managing the laboratory, and (3) business actors in the fields of chemistry, chemistry education and its applications. We provide four years – eight-semester full-time study or 144 credit points; however, some students manage to complete their program earlier (7 semesters or 3.5 years). We encourage more student-centered learning conducted classically, e-learning, and blended learning. The alumni of this program are living in various regions in West Kalimantan. As many as 80% of this course graduates work as teachers/lecturers, laboratory assistants, bank employees, pawnshops attendants as well as entrepreneurs.
List of Courses:
Semester | Course | Credits |
1 | Religion Education | 3 |
Pancasila Education | 2 | |
Indonesian Language | 2 | |
Introduction to Education | 3 | |
Physics for Chemistry | 3 | |
Basic Chemistry | 3 | |
Lab Work of Basic Chemistry | 1 | |
Mathematics for Chemistry | 3 | |
English Language | 2 | |
2 | Citizenship | 2 |
Learn and Learning | 3 | |
Development of Learners | 3 | |
Educational Profession | 3 | |
Chemical Solution | 2 | |
Lab Work of Chemical Solution | 1 | |
Organic Chemistry of Monofunction Compounds | 3 | |
Lab Work of Organic Chemistry of Monofunction Compounds | 1 | |
Biology for Chemistry | 2 | |
Philosophy | 2 | |
3 | Strategy for Learning and Teaching Chemistry | 2 |
PLP I: Introduction to School Culture | 1 | |
Basic Statistics | 2 | |
Basics of Analytical Chemistry | 3 | |
Lab Work of Basics of Analytical Chemistry | 1 | |
Organic Chemistry of Polyfunction and Macromolecule | 3 | |
Lab Work of Organic Chemistry of Polyfunction and Macromolecule | 1 | |
Chemistry of Non-Metals Elements | 3 | |
Lab Work of Chemistry of Non-Metals Elements | 1 | |
Thermodynamics and Chemical Equilibrium | 3 | |
Lab Work of Thermodynamics and Chemical Equilibrium | 1 | |
4 | Review of School Curriculum | 2 |
Chemical Environment | 2 | |
Lab Work of Chemical Environment | 1 | |
Evaluation of Process and Result of Learning Chemistry | 3 | |
Chemical Separation | 2 | |
Lab Work of Chemical Separation | 1 | |
Reaction and Mechanism of Organic Reaction | 3 | |
Chemistry of Metallic Elements | 3 | |
Lab Work of Chemistry of Metallic Elements | 1 | |
Chemical Kinetics | 2 | |
Lab Work of Chemical Kinetics | 1 | |
5 | Basics Biochemistry | 3 |
Lab Work of Basics Biochemistry | 1 | |
Basic Skills of Teaching Chemistry | 3 | |
Chemical Instruments Analysis | 2 | |
Lab Work of Chemical Instruments Analysis | 1 | |
Management of Laboratory | 2 | |
Chemical Bonding | 2 | |
Computer Application of Chemistry | 2 | |
Chemistry for High School and Vocational School | 3 | |
Science for Junior High School | 2 | |
6 | Metabolism and Genetics Engineering | 3 |
Lab Work of Metabolism and Genetics Engineering | 1 | |
Microteaching | 2 | |
Chemistry Research Methods | 4 | |
Chemical Complex | 3 | |
Entrepreneurship of Chemistry | 2 | |
Organic Chemistry of Nature | 2 | |
Subjects of Selection | 4 | |
7 | PLP II: Implementation of Learning Devices | 3 |
Community Service Program | 4 | |
Seminar | 2 | |
Subjects of Selection | 6 | |
8 | Thesis | 4 |
Electives: | ||
Electroanalysis | 2 | |
Bioanalytic | 2 | |
Chemical Analysis of Clinics | 2 | |
Chemical Instructional Design | 2 | |
Designing Resources and Learning Media | 2 | |
Edupreneurship | 2 | |
English for Chemistry Teacher | 2 | |
Chemical Literature | 2 | |
Development Learning Material | 2 | |
Mineralogy | 2 | |
Chemical Industry | 2 | |
Nuclear Chemistry | 2 | |
Catalyst Chemistry | 2 | |
Food Chemistry | 2 | |
Biotechnology | 2 | |
Pharmaceutical Chemistry | 2 | |
Microbiology | 2 | |
Medicinal Chemistry | 2 | |
Chemical Toxicology | 2 | |
Structure Elucidation | 2 | |
Phytochemistry | 2 | |
Physics Organic Chemistry | 2 | |
Organometallic Chemistry | 2 | |
Synthesis of Organic Compounds | 2 | |
Stereochemistry | 2 | |
Agrochemistry | 2 | |
Polymer Chemical | 2 | |
Chemical Corrosion | 2 | |
Computational Chemistry | 2 | |
Chemical Quantum | 2 | |
Nano Material Chemistry | 2 | |
Electrochemistry | 2 |
Visit Department’s Website:
pkimia.untan@gmail.com