B.Tech - 4 years

The B.Tech. in Bioengineering is a four-year programme divided into eight semesters. Students complete 42 courses across core sciences, engineering, and domain-specific electives. From the fifth semester, they can choose specialisation electives in Biotechnology, Bioinformatics, Biomaterials, or Biomedical Engineering. The final semester is fully project-based and includes an external assignment in collaboration with research institutions or industry. Projects are evaluated through a viva conducted by a panel of experts.

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Bachelor of Technology in Bioengineering 4 Years

Sem I

Applied Physics (BS 101) 3 credits
Basic Mechanical Engineering (ES 101) 3 credits
Applied Chemistry (BS 102) 4 credits
Biostatistics (BS 103) 4 credits
Microbiology (BT 101) 4 credits
Basic Electrical Engineering (ES 102) 3 credits

Sem II

Introduction to Programming (CS 201) 3 credits
Genetics(BT 201) 3 credits
Cell Biology(BT 202) 4 credits
Biochemistry (BT 203) 4 credits
Effective Communication and Human Dynamics(HS 201) 2 credits
Applied Mathematics(BS 201) 4 credits

Sem III

Molecular Biology (BT 301) 4 credits
Human Anatomy and Physiology (BT 302) 3 credits
Enzymology (BT 303) 4 credits
Basic concepts in Bioinformatics (BI 301) 4 credits
Core Java and Python (CS 301) 3 credits
Basic concepts in Electronics (ES 301) 4 credits

Sem IV

Genetic engineering (BT 401) 4 credits
Data Mining and Warehousing (BI 401) 4 credits
Immunology (BT 402) 4 credits
Advanced Java (CS 401) 4 credits
Basic concepts in Drug Design (BI 402) 4 credits
Economics for Engineers (HS 401) 2 credits

Sem V

Genomics (BI 501) 4 credits
Essentials of Biophysics (BM 501) 3 credits
Microcontrollers and bioelectronics (BM 502) 3 credits
Machine Learning & Artificial Intelligence(AI) (BI 502) 4 credits
Fundamentals of Biochemical Engineering (ES 501) 4 credits
Elective – I Biomechanics (BM 503)/Systems Biology (BI 503) /Microbial engineering (BT 501)/ Biomaterials and Artificial Organs I (BM 504) 3 credits

Sem VI

Metabolic engineering (BT 601) 3 credits
Biosensors & IoT (BM 601) 4 credits
Biomedical instrumentation (BM 603) 4 credits
Protein modeling (BI 601) 3 credits
Elective - II Data Analytics (BI 602) / Nano biotechnology (BT 603) / Biomaterials and Artificial Organs II(BM 602)/ Down Stream Processing (BT 604) 3 credits
Pharmacology (BT 602) 3 credits

Sem VII

Robotics (ES 701) 4 credits
Tissue Engineering (BM 701) 3 credits
Medical Imaging (BM 702) 4 credits
Seminars, IPR & Ethics/Entrepreneurship (HS 701) 2 credits
In House Project (BPR 701) 2 credits
Pharmaceutical Engineering (BT 702) 2 credits

Sem VIII

External Project: Industries such as Praj Industries, Persistent Systems, Genova Biotech, Premier Research institutes (C-DAC, NCL, IISER, IGIB, NCCS) or Clinics/Hospitals associated with MIT group of institutes or foreign universities as per the specialization chosen in the Vth semester 15 credits

Benefits of the Course

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Exposure to innovation and entrepreneurship through on-campus incubation support
Curriculum shaped with input from industry and national research bodies
Access to experienced faculty across disciplines and well-equipped lab infrastructure
Elective options allow students to specialise in emerging areas from the fifth semester onwards
Final semester dedicated to full-scale industryor research lab projects
Strong emphasis on hands-on work across labs, projects, and real-time problem-solving

Eligibility Criteria

HSC (Std. XII) with a minimum 50% aggregate marks
Core subjects preferred: Physics, Chemistry, Mathematics, and Biology
Admissions based on JEE, MH-CET, NEET, PERA, or any recognised state-level CET

Career Prospects

Roles across healthcare, pharmaceuticals, environmental bioengineering, and biotech R&D

Opportunities in biomedical devices, clinical trials, molecular medicine, data analytics, and regulatory affairs

Alumni placed at organisations like Gennova Biopharma, Eurofins, Sun Pharma, and Capgemini

Research positions at institutes such as CSIR, IISER and international universities like UC Berkeley and Johns Hopkins

Support for entrepreneurship through BETiC, AIC, and on-campus incubation centres

Specialisations offered

Clinical Research

Clinical Research

Biotechnology

Biomedical

Bioinformatics

Biomaterial

Industrial Biotechnology

Industrial Biotechnology

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