Biotechnology Management

Biotechnology management Is the approach of planning, organizing, operating, and administering the application of scientific and engineering principles to process the resources by biological agents to supply goods and service.

Biotechnology Management Courses

Required Elective Courses

2300261  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) credits

2602313  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) credits

2605311  PRINCIPLES 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) credits

Elective Courses

2300500  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) credits

2300364  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) credits

2308341  SCIENCE COMMUNICATION

Overview of science communication; definition and philosophy of science communication; processes and components of science communication; methodology and strategies in science communication; roles and characteristics of science communicators; practice on science communication project works.

3(3-0-6) credits