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Specialized Courses

Specialized courses refer to courses that are focused on core subjects, professional foundations, and practical skills to provide students with knowledge, understanding, and the ability to apply their learning in their respective fields.

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Specialized Course Details

Basic Sciences and Mathematics

2300398  PRE CO-OP ED

PREPARATION FOR CO-OPERATIVE EDUCATION

Communication skill and use of technology for communication; learning and problem-solving skills; personality development; morality and work ethics; management concept; safety and healthy in workplace.
1 (0–2–1)

2300399  PROJECT PROPOSAL

PROJECT PROPOSAL

Literature search and data analysis; experimental planning and design; writing of research proposal.
1 (1–0–2)

2300490  SEMINAR

SEMINAR

Discussion and presentation of research work related to their own research.
1 (1–0–2)

2300498  CO-OP EDU

COOPERATIVE EDUCATION

Full-time working and research project conducted in an organization; research report writing; research presentation.
6 (0–18–0)

2300499  SENIOR PROJECT

SENIOR PROJECT 

Performance of a research project and report writing under supervision.
2 (0–6–0)

2301107  CALCULUS I

CALCULUS I

Limit, continuity, differentiation and integration of real-valued functions of a real variable and their applications; techniques of integration; improper integrals.
3 (3–0–6)

2301108  CALCULUS II

CALCULUS II

Mathematical induction; sequences and series of real numbers; Taylor series expansion and approximation of elementary functions; numerical integration; vectors, lines and planes in three dimensional space; calculus of vector valued functions of one variable; calculus of real valued functions of two variables; introduction to differential equations and their applications.
3 (3–0–6)

2301286  PROB/STAT

PROBABILITY AND STATISTICS

Basic probability concepts; probability distributions; sampling distributions; estimation; hypothesis testing; analysis of variance; regression and correlation; non-parametric statistic: goodness-of-fit test, and test of independence.
3 (3–0–6)

2302101  GEN CHEM I

GENERAL CHEMISTRY I

Structure of atoms; chemical bonding: ionic bonding, covalent bonding, valence bond theory, hybridization-PI interaction, coordination, intermolecular forces, molecular movement; state of matter: gases, structure of solid, liquid, and solutions; chemical reactions; interaction of matters with electromagnetic radiation and electrical energy; chemical thermodynamics.
3 (3–0–6)

2302102  GEN CHEM II

GENERAL CHEMISTRY II

Kinetics; chemical equillibria; acid-base equilibria; redox equilibria; electrochemistry; quantitative analysis by titration; oranic chemistry; introduction to biochemistry, green chemistry, polymers and nuclear chemistry.
3 (3–0–6)

2302103  GEN CHEM LAB

GENERAL CHEMISTRY LABORATORY

Standard solution preparation; qualitative analysis; titration; electrochemistry; pH metric titration; spectroscopy; calculation and evaluation of data; calibration curve; introduction to polymer.
1 (0–3–0)

2303101  GEN BIO I

GENERAL BIOLOGY I

An introductory course in biology. The unifying problem of life energy, environment and reproduction at each fundamental level of biological organization: cell, organism and population; principles of biology with special reference to the cell and its metabolism and to the anatomy, physiology, ecology, evolution and behavior of the major group of the animal kingdom.
3 (3–0–6)

2303102  GEN BIO LAB I

GENERAL CHEMISTRY LABORATORY

A laboratory course in general biology accompany 263101.
1 (0–3–0)

2304152  PHYS APP BIO SCI

PHYSICS FOR APPLIED BIOLOGICAL SCIENCE

Basic mathematics for physics; force; torque; equilibrium; translational motion; rotational motion; vibrational motion; energy; fluid; thermodynamics; waves; sound; light; optics; wave phenomena of light; electric field; magnetic field; basic electrical circuits; modern physics; applications of physics in biological science.
3 (3–0–6)

2304197  PHYS LAB BIOL

PHYSICS LABORATORY FOR BIOLOGISTS

Measurement and uncertainty: graph and statistical analysis; simple harmonic motion; mechanical wave; fluid; heat; electrical measurement; oscilloscope; light; nuclear physics.
1 (0–3–0)

2305101  GEN BIO II

GENERAL BIOLOGY II

An introductory course designed to acquaint students with the fundamental principles of biology; including the anatomy, morphology, physiology, classification, heredity and evolution of the major plant groups.
3 (3–0–6)

2305102  GEN BIO LAB II

GENERAL BIOLOGY LABORATORY II

Demonstrations, experimentation and discussions in general biology.
1 (0–3–0)

Required Courses

2300251  CON ISSUES BIOTECH

CONCEPTS AND ISSUES IN BIOTECHNOLOGY

Concept and basic approaches to biotechnology research and development that leads to applications in various areas including plant biotechnology, animal biotechnology, microbial biotechnology, environmental biotechnology, biotechnology in industry, bioinformatics, intellectual property and other current topics.
3 (3–0–6)

2300252  PRIN BIO PROC ENG

PRINCIPLES OF BIOLOGICAL PROCESS ENGINEERING

Unit and dimensions; state and properties of matters; material and energy transfer; material and energy balances and combined mass and energy balance; thermodynamics applications in various processes; kinetics applications in reactor design; principle of unit operations.
3 (3–0–6)

2300351  BIOT PL ANI BREED

BIOTECHNOLOGICAL FRONTIER IN PLANT AND ANIMAL BREEDING

Reproduction in crop plants, traditional plant breeding methods; modern technology for plant breeding; plant and animal genetic resources preservation; field trip in plant breeding; principle in animal breeding; reproduction in livestock animals, modern breeding technology of livestock animals; field trip in animal breeding.
3 (3–0–6)

2300361  INTRO MOL BIOTECH

INTRODUCTION TO MOLECULAR BIOTECHNOLOGY

Introduction to and history of molecular biotechnology; reviews on regulation of gene expression in prokaryotes and eukaryotes; principles and techniques in recombinant DNA technology; production of recombinant protein in prokaryotes and eukaryotes; mutagenesis, protein engineering and directed evolution; various applications of molecular biotechnology.
3 (3–0–6)

2300401  INT SCI PROJ

INTRODUCTION TO MOLECULAR BIOTECHNOLOGY

Science projects that integrate science, social science, and humanities: research, survey, analyze, and interpret to understand the relationships between science and technology and social changes, and their roles in solving various current social problems; assess the impacts from development in science and technology on society.
3 (0–9–0)

2300492  TRAINING

TRAINING

Internships in biotechnology in state agencies, private organizations or industrial factories.
0 (0–0–0)

2301170  COMP PROG

COMPUTER AND PPROGRAMMING

Basic concepts of computer systems; basic concepts of programming; computer ethics and security; applications.
3 (3–0–6)

2301172  COMP PROG LAB

COMPUTER AND PROGRAMMING LABORATORY

Basic programming and applications.
1 (0–2–1)

2302219  ORG CHEM LAB

ORGANIC CHEMISTRY LABORATORY

Fundamental techniques for the use of organic laboratory equipment and instruments; determination of boiling and melting points of organic compounds; separation and purification techniques for organic compounds; isolation and study of natural products; synthetic processes of target molecules using principle reactions of compounds in each functional group.
1 (0–3–0)

2302270  ORG CHEM

ORGANIC CHEMISTRY

Chemical bonding; molecular structures and properties; electron delocalization and resonance; stereochemistry; nomenclature of organic compounds; physical properties and chemical reactions of aliphatic and aromatic hydrocarbon; alkyl halide; alcohol, phenol; ether; aldehydes and ketone; carboxylic acids and derivative; amines; lipid; carbohydrate; protein; nucleic acid; polymers; spectroscopy.
1 (0–3–0)

2305263  GEN GENETICS BIOT

GENERAL GENETICS FOR BIOTECHNOLOGY

Basis of heredity; transmission of genetic materials; protein synthesis; mutation; population genetics; DNA technology; application of genetics; laboratory practice.
3 (2–3–4)

2310310  GEN BIOCHEM

GENERAL BIOCHEMISTRY

Principles of biochemistry ; chemical and biological properties of bio-molecules; functions and kinetics of enzymes; metabolism of bio-molecules with emphasis on energy-yielding processes and metabolic diseases; biosyntheses of nucleic acids and proteins; metabolic regulation; basic genetic engineering and its application.
3 (3–0–6)

2310360  GEN BIOCHEM LAB

GENERAL BIOCHEMISTRY LABORATORY

Chemical calculations and pipettes; pH and buffer; spectrophotometry; isolation and analyses of bio-molecules in yeast cells; properties of proteins; enzyme assay and kinetics; carbohydrate metabolism; properties of cell membrane.
1 (0–3–0)

2312302  GENERAL MICROBIO

GENERAL MICROBIOLOGY

Biological understanding of microbes, bacteria, mold and yeast with respect to their growth, nutrition, metabolism, reproduction and genetics; taxonomic classification, isolation and identification of the microbes from various habitats, application in industry, agriculture, and public health control.
3 (2–3–4)

Elective Courses

Required Elective Courses

2300261  IND ADMIN MANAG

INDUSTRIAL ADMINISTRATION AND MANAGEMENT

Introduction to manufacturing operation; manufacturing management; scientific management; theory of motivation and leadership; principles of manufacturing design and control.
1 (1–0–2)

2300362  BIO SEQ ANALYSIS

INDUSTRIAL ADMINISTRATION AND MANAGEMENT

Methods and algorithms for sequence alignment: pairwise sequence alignment, database similarity searching, multiple sequence alignment; profiles and Hidden Markov Models; gene finding and protein sequence analysis; processing of data obtained from DNA sequencers including assembly of raw data into a contiguous sequence, finding open reading frames and translating into amino acid sequences; sequence analysis tools used in recombinant DNA technology including restriction mapping, primer design, DNA cloning and mutagenesis; DNA, RNA and amino acid sequence analysis using publicly available web based tools.
3 (2–2–5)

2300363  TREND BIOTECH

TREND IN BIOTECHNOLOGY

Current progress of research and development in biotechnology their applications in various fields as well as impacts of biotechnological development.
2 (2–0–4)

2300500  TECHNOPRENEURSHIP

TECHNOPRENEURSHIP

Relationship between science and technology and economic system; innovation and intellectual property management; operational cycle from science and technology to business world; research development to innovative products; field trip and case study.
3 (3–0–6)

2314335  PROC FOOD BIOT I

PROCESSING IN FOOD BIOTECHNOLOGY I

Process operation in food biotechnological industries locations, processes, facilities, raw materials, infrastructures, waste water and waste materials: mass transfer in bioreactor, process scale-up: contamination control in biotechnological processes: food plant sanitation and safety and regulations related to biotechnological processes in industrial scale.
3 (3–0–6)

2314336  PROC FOOD BIOT II

PROCESSING IN FOOD BIOTECHNOLOGY II

Statistical process control, artificial intelligence; process design; downstream process: drying, freezing, heating, irradiation, separating and related equipment; packaging.
3 (3–0–6)

2314339  PROC FOOD BIOT LAB

PROCESSING IN FOOD BIOTECHNOLOGY LABORATORY

Production and quantitative anaalysis of primary metabolites; waste water analysis; determination of oxygen mass transfer coefficient in water; extraction and purification of plant extracts, production and purification of secondary metabolites, production of polysaccharide; food plant sanitation.
1 (0–3–0)

2602313  MGT/ORGANIZATION

MANAGEMENT AND ORGANIZATION

Fundamental concepts and characteristics of organization; principles of management; managerial process in organization; organizational culture and external environment; managerial ethics and social responsibilities; major management functions: planning, organizing, leading, and controlling; techniques in planning and controlling; foundations of human resource management and organizational behavior; group management; motivation; managing in international environment.
3 (3–0–6)

2605311  PRIN MKTG

PRINCIPLE OF MARKETING

Basic concepts and functions of marketing; marketing environment; marketing information systems and marketing research; consumer behavior; segmentation; selection of targeted market; product positioning; product management; pricing; channels and distribution; logistics management and supply chain; marketing promotions; international marketing; social marketing.
3 (3–0–6)

Elective Courses

2300301  COMP SKILL BIOINFO

COMPUTER SKILLS IN BIOINFORMATICS 

Data structures, file input and output; sequential statements; if statements; loop; arithmetic operations; shell scripts; basic Linux operating system commands for bioinformatics work.
3 (2–3–4)

2300364  CLEAN BIOTECH

CLEAN BIOTECHNOLOGY

Use of biotechnology to produce microorganisms, plants, animals and their components, and to transform them into new products with environmentally-friendly solutions and production processes. Examples include development of genetically-modified organisms that survive under certain environmental conditions e.g. microorganisms used to clean up pollutants, plants that express a pesticide, which eliminate the need for external application of chemicals, or biotechnology that transforms organisms for production of biofuels, bioenergy, biofibers, biomaterials, and biochemicals e.g. fuel from marine algae, agricultural growth enhancers extracted from seaweed, and cellulose-based chemicals.
3 (3–0–6)

2300365  COMM BIOTECH

COMMUNICATION IN BIOTECNOLOGY

Academic presentation; science storytelling; science public speaking; photography and videography for scientific work; science writing for public.
3 (3–0–6)

2300366  SUS BIOT CLI CHG

SUSTAINABLE BIOTECHNOLOGY AND CLIMATE CHANGE

Causes of climate change; impacts on ecosystems and society; sustainable use of natural resources; potential of biotechnology for sustainable use of resources; mitigation of climate change impacts with biotechnology.
3 (3–0–6)

2303425  FRONT ANI BIOTECH

FRONTIERS IN ANIMAL BIOTECHNOLOGY

Improvement of animal products, biotechnology in animal production; safety and quality assurance of animal-based products, industrial and pharmaceutical applications, farm animal biotechnology; animal genetics and breeding; animal nutrition; animal reproduction; diagnosis of disease and vaccine development; tissue engineering; animal conservation.
3 (3–0–6)

2303435  REGEN BIO

REGENERATIVE BIOLOGY

Regenerative abilities in animals; regulation and analysis of cell cycle, cell senescence, cell injury and cell death; biology of stem cells; regulation of stem cell differentiation and stem cell niche; animal tissues and organogenesis; principles of 2D, 3D and organoid cultures; applications of regenerative medicine; tissue engineering.
3 (2–3–4)

2303455  BIO DISEASE

SUSTAINABLE BIOTECHNOLOGY AND CLIMATE CHANGE

Immune system and immune responses; infections caused by bacteria virus; parasite; helminths and fungi; poisonous animals; non-communicable diseases; cancer; and impacts of environmental pollution on human health.
3 (3–0–6)

2305354  HYDROPONICS

SUSTAINABLE BIOTECHNOLOGY AND CLIMATE CHANGE

Historical bacground of hydroponics, advantages and disadvantages; growing systems; the nutrient solution; the formulation of nutrients; suitable crops; nutritional value; pest and disease control; other methods for soilless culture; application of hydroponics.
2 (2–0–4)

2305355  HYDROPONICS LAB

HYDROPONICS FOR CROP PRODUCTION LABORATORY

Practice on hydroponics and other soilless cultures.
1 (0–3–0)

2305451  PLANT TIS CUL

PLANT TISSUE CULTURE

History and development of in vitro plant tissue culture; principles of plant tissue culture from various plant parts; growth and development patterns of tissues through embryogenesis and organogenesis; control of factors influencing those growth and developmental patterns; application of plant tissue culture techniques in plant science.
3 (3–0–6)

2305452  PLANT TIS CUL LAB

PLANT TISSUE CULTURE LABORATORY

Demonstrations and laboratory practices on techniques of in vitro plant tissue culture.
0 (0–3–0)

2305453  COM ORN PL PROD

COMMERCIAL ORNAMENTAL PLANT PRODUCTION

Application of basic scientific principles in growing ornamental plants; menagement and business planning; nursery management; commercial ornamental plant production and care; postharvest management; laboratory practice and field trips.
3 (2–3–4)

2305481  PLANT BIOTECH

PLANT BIOTECHNOLOGY

Principles and applications in plant cell and tissue cultures for the production of chemicals and plant propagations; mushroom culture technology; useful microbes in plant biotechnology; plant genetic engineering; economic plants for industry and biotransformation of plant extracts.
2 (2–0–4)

2305486  ECON MUSHROOM CULT

ECONOMIC MUSHROOM CULTIVATION

Biology of mushrooms; factors affecting growth and development of mushrooms; spawn generation technique; the principles of mushroom cultivation; management of mushroom farm; storage; processing and marketing of mushrooms.
3 (2–3–4)

2308351  ENVIRONMENT SCI I

ENVIRONMENT SCI I 

Mankind and the environmental systems concerning ecological aspects of the earth (air, land, water and energy); sources of pollutions; types of pollution and their effects on living things, scientific methods for pollution abatement.
3 (3–0–6)

2308359  ENVI SCI LAB

ENVIRONMENTAL SCIENCE LABORATORY

Preliminary analytical practices in environmental science including collecting samples of water, soil, and air; noise and toxic substances; physical, chemical and biological properties of soil, water and air; community noise and toxic substances.
0 (0–1–0)

2308419  PRIN BIODEG BIOREM

BIODEGRADATION AND BIOREMEDIATION

Principles of biodegradation : growth-link; acclimation; detoxication; activation, kinetics, sorption, chemical effects of substances on biodegradation environmental effects and principles of bioremediation.
3 (3–0–6)

2308439  BIOPOLY ENVI

BIOPOLYMER IN ENVIRONMENT

Chemistry of biopolymer in environment; types and structure; biosynthesis and biodegradation by microorganisms; microbial enzymes in biopolymer degradation; applications of biopolymer in environmental remediation; innovation and technology; case studies.
3 (3–0–6)

2309417  PRIN AQUACULTURE

PRINCIPLES OF AQUACULTURE

History of aquaculture; roles of aquaculture on world fisheries; research and development process in aquaculture; principles of aquaculture related to breeding; larviculture, nutrition and aqua-farm management; methodology of different types of aquaculture related to economically important sea-weeds, crustaceans, mollusks, fishes, and reptiles.
3 (3–0–6)

2309519  FISH NUTRITION

FISH AND SHELLFISH NUTRITION

Basic FISH AND SHELLFISH NUTRITION, digestibility, raw materrials, diet formulation, feed precessing, feed evaluation, nutrition experimentation.
3 (2–3–7)

2309522  BREED CUL AQUA ANI

BREEDING AND LARVICULTURE OF ECONOMIC AQUATIC ANIMALS

Maturation of broodstocks; breeding by natural and artificial induction in captivity; spawning; development, larviculture of certain economical aqatic animals; application of marine biotechnology and genetic engineering for inproving the breeding larviculture techniques.
3 (2–3–7)

2310451  GENOM ANAL BIOTECH

GENOMIC ANALYSIS FOR BIOTECHNOLOGY

Next-generation sequencing platforms; genome assembly and genome annotation; detection of sequence polymorphism and the SNP database; high-throughput expression analysis; microbiome; genome editing and applications; various applications of genome analysis, practice of bioinformatics skills on the use of algorithms, key software, and statistical methods.
3 (2–2–5)

2310454  INTRO GENE ENG

INTRODUCTION TO GENETIC ENGINEERING

Introduction to genetic engineering; working with nucleic acid; isolation of DNA/RNA, qualitative and qualitative measurement of nucleic acid, gel electrophoresis, enzymes in genetic engineering, PCR and RT-PCR, labeling and hybridization, DNA sequencing; cloning strategy; hosts, vectors, DNA digestion and ligation, transformation and transfaction, screening and selection, expression of recombinant protein; gene expression analysis; essential bioinformatics; applications in gene expression analysis; essential bioinformatics; applications in genetic engineering.
1 (1–0–2)

2310506  BIOINFORMATICS I

BIOINFORMATICS I

Introduction to bioinformatics, use of the internet and operating systems for working with databases, databases for biological research, retrieval of information and submitting information to the databases, sequence analysis including nucleotide and amino acid sequence alignments, database searching, phylogenetic analysis, predictive methods for gene structures and protein sequences, analysis and design of protein tertiary structure; analysis of genome and gene expression in genomic scale.
3 (2–2–8)

2310555  GENE ENG LAB

GENETIC ENGINEERING LABORATORY

Recombinant DNA technology ; extraction, cutting and joining of DNA, transformation; screening of genes of interested genes.
2 (0–6–2)

2312515  MIC BIOT INDUS VIS

MICROBIAL BIOTECHNOLOGY AND MICROBIAL INDUSTRY VISIT

Basic concepts and trends in microbial biotechnology and organizational activities of microbiology; food microbiology; medical microbiology; environmental microbiology; and bioresources in microbiology.
3 (2–3–7)

2312516  MODERN MICROB BIOT

MODERN MICROBIAL BIOTECHNOLOGY AND MICROBIOME

History and development of classical microbial biotechnology; DNA technology development; the “omics era of modern microbial biotechnology: DNA sequencing, genomics, transcriptomics, proteomics and metabolomics; microbial physiological processes related to modern microbial biotechnology in industry, medical, food and environment; importance of bioinformatics and microbiome in modern microbial technology; microbiome in human, agricultural system, earth and environment.
3 (3–0–9)

2312517  MED MICRO BIOTECH

MODERN MICROBIAL BIOTECHNOLOGY AND MICROBIOME

Medical microbiology including biology of pathogens and host immune response to pathogen infections; Biotechnological applications related to medical microbial technology; Principles of modern biotechnology together with immunological knowledge for medical application including antibody engineering, immunotherapy, gene therapy, vaccine and regenerative medicine.
3 (3–0–6)

2312589  IMMUNOTECHNOLOGY

IMMUNOTECHNOLOGY

Practical work in immunological techniques used in microbiological research related to principles of planning, experimental design, analysis including result interpretation and discussion.
1 (0–3–1)

2314375  BIOL CHEM BIOT

BIOLOGICAL CHEMISTRY FOR BIOTECHNOLOGY

Occurrence, chemistry, and importance of biological active substances to biotechnology, fermentation and enzyme technology: chemistry and biosynthesis of secondary metabolites; separation and purification; methods of structure determination.
3 (3–0–6)

2314572  FOOD PROD DESIGN

FOOD PRODUCT DESIGN

Basic concepts of systematic food products and process, identification of modeling system, modeling and optimization for both food formulation and process.
2 (2–0–6)

2314573  APPL FOOD MICRO

APPLIED FOOD MICROBIOLOGY

In-depth study of the roles microorganisms play in food industrial and biotechnological processes; importance of microorganisms in the safety and production of foods; current situation on food poisoning microorganisms and new methods of food poisoning/food-borne disease investigation and control.
3 (3–0–9)

Remark: Some courses may be offered only in certain semesters, depending on the availability of instructors and other factors.