SILABUS PROGRAM MAGISTER DOUBLE DEGREE Minat Studi Bioteknologi Agroindustri (Jurusan THP)

C. SILABUS PROGRAM MAGISTER DOUBLE DEGREE Minat Studi Bioteknologi Agroindustri (Jurusan THP)

TPP 6103 ADVANCED IN FOOD SCIENCE 3(3-0)

Process of desirable and undesirable changes that caused by processing (physical, chemical, biochemical), the ending process criteria and quality evaluation, deterioration of food materials and suitable processing techniques to prevent food deterioration, suitability of processing techniques with commodities to produce good quality food products.

TPP 6113 MICROBIOLOGY 3(3-0)

Procaryotic profiles, bacteria and archae; eucaryotic cells and microorganisms; introduction of viruses; elements of microbial nutrition, ecology and growth; microbial genetics; introduction of genetic engineering; interrelationship of other organism; industrial utilization; bioremediation; trends in microbiology.

TPP 6114 BIOCHEMISTRY 3(3-0)

Structures, properties and functions of biomolecules: mechanism, metabolism and application of biochemistry to genetics and nutrition. Enzyme: characteristics of enzyme, enzyme reactions of important biological process, patterns of biological degradations, cell metabolism, biochemistry in biotechnology.

TPP 6115 BIOPROCESS TECHNOLOGY 3(3-0)

Microbial growth kinetics; the isolation, preservation and improvement of industrial microorganism; media for industrial fermentation; strain improvement, fermenter, aeration and agitation; sterilization; design of a fermenter; instrumentation and control; the recovery and purification of fermentation products; the application of fermentation technology on food industry.

TPP 6117 CELL AND MOLECULAR BIOLOGY 3(3-0)

Genetic analysis in molecular biology; macromolecules; nucleics acids; structure and function of DNA, RNA and protein; DNA replication, DNA technology; the physical structure of protein molecules; mutagenesis and mutation; transcription; translation; regulation and activity of genes in procaryotes; regulation in eukaryotes.

TPP 6216 GENETIC ENGINEERING 3(3-0)

Elucidation of the genetic code; genetic element that control gene expression; the biology of genetic engineering; cloning strategies; analysis of cloned gene; analysis of gene structure and function; technology of recombinant DNA and its applications (food biotechnology, aquatic biotechnology, medical biotechnology, agriculture biotechnology, bioenergy, bioremediation); current issues and trends; ethics and biotechnology (bioethics).

TPP 6217 INDUSTRIAL MICROBIOLOGY 3(3-0)

Physiology of microbe (structure and function of microbe cells);growth and nutrition of microbe; metabolism of microbe; bioprocess (media of fermentation; fermentation system; optimization of fermentation; downstream processing, products development, regulation and safety of products. Industrial process and products (enzymes, biofuel, health care products, food and beverages products, food additives, antibiotic, microbial biomass).

TPP 6218 ENZYMOLOGY 3(3-0)

Properties of enzymes; enzymes classification; enzyme isolation; structure of enzyme, enzyme kinetics; enzyme specifity and mechanism; enzyme inhibition and activation; biosynthesis of enzymes; purification and characterization of enzyme; immobilized enzymes; the role of enzyme in biotechnology; the application of enzyme on industrial field.

TPP 6219

COMPUTATIONAL METHODS IN

3(3-0)

BIOTECHNOLOGY

Introduction to modeling and simulation: empirical model, analytical model, numerical model. Numerical interpolation, numerical differential, numerical integration. Curve fitting and regression analysis: principle of least square, correlation analysis, reliability, linier and non linear method. Iteratively computational modeling: Rate equation, quantitative model, parameter estimation, model exploration, experimental validation. Introduction to computer programming and simulation : algorithm, writing program, declaring variable, loops. Case study of modeling in biotechnology

TPP 6130 RESEARCH METHODOLOGY 3(3-0)

After following this course students can draft research proposal with scope on agroindustrial biotechnology. Highlights include: Ways to conduct scientific research, ranging from the identification, selection and formulation of the problem, literature review, identification of research variables, observation and data collection, data analysis and interpretation of the results of the procedure of writing scientific papers, including: research proposal, research report (thesis) and scientific publications.

TPP 6220 FOOD BIOTECHNOLOGY 3(3-0)

Introduction to Food Biotechnology (Importance Advances and Trends), Genetic Engineering Techniques (Recombinant DNA Techniques, Cloning Strategies, specific Examples, e.g., Dairy Starter Cultures and Dairy Enzymes, Caseins). Biotechnology in food production and processing (potential use of recombinant DNA technology in the production of novel food ingredients or new food products), applications of biotechnology in food industry (dairy products, meat products, flavor, oil and fats, sweetener, vegetable products, alcohol). Detection methods of recombinant DNA in food products. Impact of Biotechnology on Nutritional Quality of Food Plants. Environmental impact, safety, intellectual property rights, consumer perceptions, industry perspectives, producer perspectives around the world. Ethics and biotechnology (bioethics).