Undergraduate biotechnology programs teach students to explore and manipulate living organisms in order to invent or improve products. Undergraduate biotechnology degrees generally lead to a Bachelor of Science degree.
Biotechnology is used in several industries, such as agriculture and medicine, and students learn the latest scientific methods to investigate engineering principles related to the life sciences.
Biotechnology is a field of science that refers to the application of biology to the fields of engineering, medicine, and technology. The agricultural, environmental, clinical, and industrial industries seek qualified professionals with a degree in biotechnology.
Individuals may choose to continue their studies in graduate programs or begin their careers by working in various fields of biotechnology, such as pharmaceutical development, agriculture, or microbiology.
Possible job titles include:
In the biotechnology degree programs, students acquire advanced knowledge in life sciences and current technologies used to reuse living beings for the benefit of society.
Graduates are prepared for postgraduate studies or research and technical work. Professionals with Biotechnology degrees often work for medical and research institutions.
Agriculture is another growing field for biotechnology professionals as the population grows, resources are exploited and the demand for genetically modified foods increases.
Many professionals also work in genetics, parasitology, and other disease-related industries.
At the current rate of technological advancement, biotechnology graduates can have excellent career prospects.
The curricula for the biotechnology degree programs are based on mathematics and science. Common courses may include:
The curriculum is designed to provide fundamental knowledge in the field of biotechnology and molecular biology.
Core courses include topics such as biochemistry, molecular biology, biomechanics and chemistry.
Additional courses can be studied depending on specializations, such as green biotechnology, international biotechnology, and economics of biotechnology.
It is designed to produce graduates who meet the needs of employers and can take full advantage of the rapidly changing and expanding arena of biotechnology and commerce.
The program aims to develop solid basic science concepts and provides students with hands-on training in biotechnology techniques.
In addition, it integrates the laboratory and reading components that in their combination realize the principle of interconnection between theory and practice.
Graduates may be involved in production technology, project activities, research or management in biological, biomedical and agricultural research institutions, as well as in ecological laboratories of environmental organizations and industrial companies. Biological wastewater treatment plants and microbiological, pharmaceutical and processing industries
In addition to being specialists in biotechnological production, program graduates become breeders, biologists, researchers, managers and microbiologists.
Kalinga University has been conceptualized as a centre of academic excellence.
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