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Programs
UG Degree
B.Tech Biotechnology
4 Years
Overview
A 4-year program blending biology and engineering for careers as molecular biotechnologists, bioinformaticians, and bioprocess engineers. Coursework spans molecular biology, genetics, microbiology, biochemistry, and engineering aspects like bioprocess, downstream processing, and bioinformatics.
With strong lab immersion, projects, and internships, graduates are prepared for pharma, food tech, bioprocessing, and diagnostics. Emphasis on product development, basic business/entrepreneurship, and emerging tech (gene editing, computational biology).
Eligibility Criteria
10+2 with PCM or PCB, 50%+
Academic Fee
- 1st Year : INR.1,90,000/-
- 2nd Year : INR.1,95,000/-
- 3rd Year : INR.2,00,000/-
- 4th Year : INR.2,05,000/-
Scholarship
For B Tech Students On the basis of PCM percentage
Candidates eligible for scholarship on the basis of Physics, Chemistry & Mathematics percentage at 10+2 level as mentioned below:
Note: The scholarship amount received in the first year will be applicable for all subsequent years. The student must maintain a minimum CPI of 8.00 to avail the scholarship in the next year of his/her studies.
Top-Tier Companies in Our Placement Network
Programs
UG Degree
B.Tech Biotechnology
4 Years
Overview
A 4-year program blending biology and engineering for careers as molecular biotechnologists, bioinformaticians, and bioprocess engineers. Coursework spans molecular biology, genetics, microbiology, biochemistry, and engineering aspects like bioprocess, downstream processing, and bioinformatics.
With strong lab immersion, projects, and internships, graduates are prepared for pharma, food tech, bioprocessing, and diagnostics. Emphasis on product development, basic business/entrepreneurship, and emerging tech (gene editing, computational biology).
Eligibility Criteria
10+2 with PCM or PCB, 50%+
Academic Fee
- 1st Year : INR.1,90,000/-
- 2nd Year : INR.1,95,000/-
- 3rd Year : INR.2,00,000/-
- 4th Year : INR.2,05,000/-
GLdvantage
Designed to Produce Future-Ready Engineers
At GLA University, we emphasize education beyond classrooms with project-based learning to ensure our students imbibe what the industry requires.
Biotechnology Engineering Program
A four-year undergraduate engineering programme that blends biological sciences with modern technology.
Specialized Learning in Biotechnology Domains
Designed to build expertise in areas such as molecular biotechnology, bioinformatics and bioprocess engineering.
Learning Approach
Strong focus on practical learning, critical thinking and quantitative skills.
Learning Infrastructure
Learning supported through advanced laboratories, project-based learning and real-world case studies.
Preparation for Higher Studies and Scientific Careers
The programme provides a strong academic base for students who wish to pursue postgraduate studies, research, or professional careers in biotechnology and life sciences.
Industry Exposure
Exposure to guest lectures and industry interaction to understand emerging trends in biotechnology.
Expert Faculty
Taught by experienced faculty members with strong academic and research backgrounds.
Rankings & Accreditations
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UGC
12B Status by UGC
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#NAAC A+
accredited
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#NIRF
Featured in NIRF 2025 Rankings
Career Prospects
A degree in biotechnology opens doors to a wide range of opportunities in both the public and private sectors. Graduates may work in industries related to healthcare, diagnostics, pharmaceuticals, agriculture, food technology, environmental science and research institutions.
Students may also pursue higher studies such as M.Tech or M.Sc in Biotechnology, research programmes, or management studies.
Public Sector
B.Tech ECE graduates in the government sector can pursue careers in PSUs, Defense & Space, Telecom, Research, Railways, and Civil Services, with key
Private Sector
B.Tech ECE graduates in the private sector can pursue core electronics roles (VLSI, Embedded Systems, Telecom, RF Engineering, Electronics Design),
IT/Software jobs (Software Developer, AI/ML Engineer, Data Analyst), and emerging tech fields like Robotics and IoT, with top recruiters including major IT firms. Key paths involve Hardware/Software roles, R&D, and Network Engineering, focusing on areas like signal processing, systems, and automation for diverse opportunities in tech giants and startups.
Further Study Options
Common career roles include
- Biomedical Engineer
- Biochemist
- Medical Scientist
- Microbiologist
- Clinical Technician
Process Development Scientist
- Biomanufacturing Specialist
- Food Scientist
- Epidemiologist
- Bio-Engineer
Research
Think Beyond Innovation in a Research-Driven Environment
Our researchers pushing the frontiers of knowledge and discovery to explore complex problems and find solutions.
850+
Patents
Published
14
Research
Centres
12k+
Publications in
SCI & Scopus
Outcomes & Objectives
Apply knowledge of biology, chemistry and engineering principles to biotechnology applications.
Analyse biological systems and apply appropriate scientific and technical methods to solve real-world problems.
Design and conduct experiments and interpret laboratory results effectively.
Use modern biotechnology tools and technologies in research and industrial environments.
Work efficiently individually and in multidisciplinary teams.
Demonstrate professional ethics, effective communication and a commitment to lifelong learning.
To provide students with a strong scientific foundation in biotechnology and allied engineering disciplines.
To develop analytical and research abilities required for solving biological and technological challenges.
To prepare graduates for professional careers in biotechnology industries, healthcare, agriculture and research organisations.
To encourage innovation, ethical responsibility and continuous learning in the field of biotechnology.
Understand the fundamentals of molecular biology, genetics and bioprocess technology.
Apply biotechnology techniques to fields such as healthcare, pharmaceuticals, agriculture and environmental science.
Analyse biological data using bioinformatics and modern laboratory techniques.
Contribute to the development of biotechnology products and processes used in industry and research.
Why B.Tech Biotechnology?
The B.Tech Biotechnology program combines engineering principles with biological sciences to prepare students for innovative applications in healthcare, pharmaceuticals, agriculture, food processing, and environmental sustainability. The program provides in-depth knowledge of molecular biology, genetic engineering, bioprocess technology, microbiology, and bioinformatics, enabling students to understand and develop modern biotechnological solutions for real-world challenges.
Through advanced laboratory training, project-based learning, and industry-oriented exposure, students develop technical, analytical, and problem-solving skills required for research, production, and process development in biotechnology sectors. The program also encourages innovation and interdisciplinary learning, preparing graduates for emerging opportunities in both industry and higher education.
What else can you do while studying at GLA
GLA University offers a wide range of campus extra-curricular activities across all domains.
These activities are organized through student clubs, departmental societies, university festivals, and regular institutional programs. Typical categories and representative examples
B.Tech Biotechnology Frequently Asked Questions
It follows an 8-semester structure with theory, lab work, and research-based projects. The program balances biology and technology subjects.
Students must have 10+2 with Physics, Chemistry, and Biology/Mathematics with at least 50% marks.
Yes, every semester includes lab sessions in microbiology, genetics, and biochemistry. Practical work is a major part of the course.
Evaluation includes internal tests, lab performance, assignments, and end-semester exams. Research work also contributes to assessment.
Yes, students complete projects and experiments, especially in later semesters. These help build research and analytical skills.
GLA provides labs for microbiology, molecular biology, and biochemical analysis. These labs support advanced experiments
Yes, internships in research labs and biotech companies are encouraged. They help students gain practical exposure.
Admission Process
How to apply to GLA
Registration
Register online by filling in your basic details on the admission portal.
https://
student.glauniversity.in/
Main/Admission
That’s it — your journey with GLA begins here.
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