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Profile Chemistry

Courses Matrix and Program Learning Outcomes

The University of Lampung's Master of Chemistry Study Program is designed to produce graduates with high competency in chemistry, both in theory and research.

The curriculum includes compulsory and elective courses that support mastery of scientific knowledge, laboratory skills, research methodology, and scientific publications.

The 2025 Curriculum Structure of the Master of Chemistry Study Program complies with the requirements of Minister of Education and Culture Regulation No. 53 of 2023, with a total study load of 56–70 credits. The curriculum structure accommodates 7 credits of Compulsory University Courses. In addition, there are 30 credits of Compulsory Study Program Courses, which consist of core courses to strengthen basic competencies and research methodology.

In addition, the curriculum also includes 90 credits of compulsory courses and specializations, divided into five main areas:

Organic Chemistry: 18 credits (elective courses/compulsory specializations),
Inorganic Chemistry: 18 credits (elective courses/compulsory specializations),
Biochemistry: 18 credits (elective courses/compulsory specializations),
Analytical Chemistry: 18 credits (elective courses/compulsory specializations),
Physical Chemistry: 18 credits (elective courses/compulsory specializations).

Therefore, the minimum graduation requirement for the Master of Chemistry Study Program is 56 credits. This curriculum is designed to provide flexibility in specializations according to the student's chosen field of study, while ensuring mastery of core competencies as academics, researchers, and practitioners in the field of chemistry.

Mapping Courses to CPL, Study Materials, and Learning Materials

No.	Course Title	Course Learning Outcomes (CLO)	Core Study Materials	Detailed Learning Materials
1	Philosophy of Science	CPL2	Philosophy of science; foundations of scientific development; scientific logic	Understanding philosophy of science; research ethics; scientific reasoning
2	Structure Determination	CPL5, CPL7	Molecular structure; structure determination techniques	NMR, MS, IR, UV-Vis, X-ray diffraction; spectral interpretation
3	Chemical Instrumentation	CPL5, CPL8	Analytical instruments; operation and maintenance	Principles and applications of GC, HPLC, AAS, ICP, spectroscopy; method validation
4	Inorganic Materials Chemistry	CPL5, CPL7	Inorganic materials; synthesis and advanced material properties	Synthesis of inorganic materials; physicochemical characterization; applications
5	Complex Reaction Kinetics	CPL6, CPL7	Advanced kinetics; reaction mechanisms	Experimental kinetic methods; mathematical modeling; data analysis
6	Enzymology	CPL6, CPL7	Biocatalysts; enzyme mechanisms; applications	Enzyme kinetics; assay methods; enzyme modification and engineering
7	Research Methodology	CPL2, CPL8	Research design; quantitative and qualitative methods	Problem formulation; experimental design; sampling; statistical analysis
8	Professional English	CPL2, CPL3	Scientific communication; academic writing	Article writing; scientific presentation; literature review
9	Final Project I	CPL3, CPL4, CPL5, CPL6	Research planning and preparation	Proposal writing; literature study; methodology development
10	International Seminar	CPL2, CPL3, CPL4	Research communication; international scientific discussion	Scientific presentation; peer feedback; proceedings publication
11	Scientific Publication	CPL3, CPL4	Scientific writing and publication process	Manuscript writing; submission; revision; publication ethics
12	Final Project II	CPL3, CPL4, CPL6	Research implementation; analysis and reporting	Data analysis; thesis writing; dissemination
13	Thesis Examination	CPL3, CPL4	Final research evaluation	Thesis defense; oral examination; publication
14	Statistics and Chemometrics	CPL2, CPL6	Chemical statistics; chemometrics	Hypothesis testing, ANOVA, regression, multivariate analysis
15	Separation Chemistry	CPL5, CPL6	Separation methods	Chromatography, electrophoresis, membrane techniques
16	Analytical Laboratory Techniques	CPL5, CPL8	Laboratory analytical methods	SOP, sample preparation, quality control
17	Analytical Electrochemistry	CPL5, CPL8	Electrochemical methods	Voltammetry, potentiometry, coulometry
18	Cyclic Voltammetry	CPL5, CPL8	Voltammetric analysis	Principles of cyclic voltammetry; material applications
19	Air and Water Chemical Analysis	CPL5, CPL6	Environmental analysis	Analytical methods for air and water pollutants
20	Selected Topics in Analytical Chemistry	CPL2, CPL5	Current issues in analytical chemistry	Literature review; thematic presentations
21	Clinical and Forensic Chemistry Analysis	CPL5, CPL6	Clinical and forensic analysis	Analytical methods for biological and forensic samples
22	Advanced Inorganic Reaction Mechanisms	CPL5, CPL7	Inorganic reactions	Kinetics and mechanisms of inorganic reactions
23	Physical Inorganic Chemistry	CPL5, CPL7	Physical principles of inorganic chemistry	Inorganic spectroscopy; electronic structure
24	Advanced Organometallic Chemistry	CPL5, CPL7	Organometallic chemistry	Synthesis and reactivity of organometallic compounds
25	Advanced Bioinorganic Chemistry	CPL5, CPL6	Bioinorganic chemistry	Metal-biological interactions; metalloenzymes
26	Coordination Chemistry	CPL5, CPL7	Metal complexes	Synthesis, structure, catalytic applications
27	Crystal Growth	CPL5, CPL7	Crystallography	Crystal growth mechanisms; XRD
28	Selected Topics in Inorganic Chemistry	CPL2, CPL5	Current issues in inorganic chemistry	Literature review; thematic presentations
29	Computational Inorganic Chemistry	CPL6, CPL7	Inorganic computation	DFT; molecular simulations
30	Equilibrium Thermodynamics	CPL5, CPL7	Thermodynamics	Chemical equilibrium; advanced thermodynamics
31	Sol-Gel Chemistry	CPL5, CPL7	Sol-gel materials	Synthesis and characterization of sol-gel materials
32	Bioenergy	CPL5, CPL6	Renewable energy	Biomass; biofuels; fuel cells
33	Catalyst Design	CPL5, CPL6	Catalysis	Design of homogeneous and heterogeneous catalysts
34	Corrosion Management	CPL5, CPL6	Material corrosion	Corrosion mechanisms; cathodic protection
35	Polymer Functionalization	CPL5, CPL7	Polymer chemistry	Functional polymer synthesis; applications
36	Molecular Spectroscopy	CPL5, CPL7	Molecular spectroscopy	Rotational, vibrational, electronic spectroscopy
37	Selected Topics in Organic Chemistry	CPL2, CPL5	Current issues in organic chemistry	Literature review; thematic presentations
38	Organic Analytical Chemistry	CPL5, CPL6	Organic compound analysis	Structural identification; analytical methods
39	Natural Products Chemistry	CPL5, CPL6	Natural products	Isolation; identification; derivative synthesis
40	Bioorganic Chemistry	CPL5, CPL6	Bioorganic chemistry	Organic-biological interactions; chemical probes
41	Medicinal Chemistry	CPL5, CPL6	Pharmaceuticals	Drug design; SAR; QSAR
42	Organic Synthesis	CPL5, CPL7	Organic synthesis	Retrosynthetic strategy; stereoselective synthesis
43	Physical Organic Chemistry	CPL5, CPL7	Physical organic chemistry	Kinetics; reaction mechanisms
44	Advanced Organic Chemistry	CPL5, CPL7	Advanced organic chemistry	Complex reactions; modern methods
45	Ionic Liquids	CPL5, CPL6	Ionic liquids	Synthesis; characterization; applications
46	Biomolecular Metabolism	CPL5, CPL6	Metabolism	Metabolic pathways; energy regulation
47	Biochemistry Research	CPL3, CPL5	Biochemistry research	Research methods; case studies
48	Biodegradation and Bioremediation	CPL5, CPL6	Bioremediation	Mechanisms; environmental applications
49	Industrial Enzymes	CPL5, CPL6	Enzyme applications	Enzyme production; industrial optimization
50	Biochemical Engineering	CPL5, CPL6	Enzyme and metabolic engineering	Metabolic engineering; protein engineering
51	Biotechnology and Fermentation Technology	CPL5, CPL6	Fermentation	Industrial fermentation; metabolite production
52	Physical Biochemistry	CPL5, CPL7	Physical biochemistry	Biomolecular spectroscopy; protein dynamics