Science Rooted In Innovation
Building a strong foundation where science drives future innovations.
Who we are
Empowering future leaders to transform Healthcare, Research, and Sustainability.
Bioengineering stands at the crossroads of science and technology, shaping fields as diverse as medicine, materials science, and environmental sustainability. It is both a discipline and a method—one that asks how biological systems work and how they can be reimagined. From regenerative medicine to advanced diagnostics, bioengineering transforms understanding into application.
Learning follows the same principle at the MIT School of Bioengineering Sciences & Research. The curriculum moves beyond theory, combining biology, chemistry, and computational sciences with engineering and design. Students engage in project-based learning that sharpens their ability to question, analyse, and create.
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Clinical Research
Clinical research is a branch of medical science that investigates new treatments, drugs, medical devices, and procedures to determine their safety and effectiveness in humans.
Biotechnology
Master microbial systems, bioprocessing, and genetic engineering. Build sustainable solutions for healthcare and agriculture through hands-on research in fermentation, enzyme technology, and cutting-edge bioproduct development.
Biomedical
Design innovative medical devices and therapeutic systems that transform patient care. Explore tissue engineering, biomechanics, and diagnostic technologies through interdisciplinary research and clinical applications.
Bioinformatics
Decode complex biological data using computational tools and machine learning algorithms. Transform genomic information into breakthrough discoveries for drug development, personalized medicine, and precision healthcare solutions.
Biomaterial
Engineer advanced materials that interact seamlessly with biological systems for therapeutic applications. Develop innovative polymers, nanoparticles, and implants that enhance healing, drug delivery, and regenerative medicine.
Industrial Biotechnology
Transform biological processes into scalable manufacturing solutions for sustainable industrial production. Optimize bioprocess engineering, downstream processing, and microbial systems to create high-value products and eco-friendly alternatives.
Your Admission Roadmap to the
Bioengineering Journey
Join MIT-ADTU BIO through our transparent, merit-based admission process. Complete your online application, appear for entrance tests (NEET/JEE/MH-CET/PERA), and participate in group discussions when required. Merit lists ensure fair selection, followed by document verification for final admission. Our admission cell provides complete support throughout your journey.
How It Works
Submit Your Online Application
Complete your application through our online portal. Provide all required details and documents as per UGC guidelines. Our user-friendly system ensures a smooth application process for all prospective students.
Appear for Entrance Tests
Students should have appeared for entrance exams (NEET/JEE/MH-CET or PERA CET) with valid scores before applying. Admission will be based on the valid score of any one of these exams, followed by a GD/PI round if required.
Merit List and Final Verification
Merit lists are declared based on 12th marks and entrance test scores, in accordance with UGC guidelines. Final admission is confirmed only after complete document verification. For any queries, please contact our admissions cell.
What Our Students Say
It was an absolute delight to be part of a university that gave me the exposure to what Bioengineering has to offer. The well-designed curriculum helped me understand subjects in a structured manner while volunteering and leadership opportunities pushed me to improve my interpersonal skills. The course introduced me to its broad range of subjects,...
Anushka Kelkar
B.Tech Bioengineering
My journey at MIT-BIO can be described as extraordinary journey towards finding my pursuit of passion. The institute gave me the right platform to explore my passions, interests and helped me find my true calling. I have indeed found my true self here at MIT-BIO. The state-of-the-art research lab facilities and application-based curriculum tailored to...
Kaizen Nathani
B.Tech Bioengineering
At MIT, we are taught by the best faculty, and have guest lectures by professionals from industry. Project based syllabus and interactive classes. So attending classes isn’t tedious as we hear from other colleges, instead they make you think on it.
Swaroop Suresh Mhasawade
Int. M.tech Bioengineering
Bioengineering is a very innovative field. We can apply technology to explore the world of biology and that’s the reason why I find it very interesting. I am blessed to be in such a beautiful and peaceful campus and to be in the company of wonderful faculty, who are always there to help us whenever...
Rachael Peter Anthony
Int. M.tech Bioengineering
Placements: Roles offered are of a wide variety from the Biomedical field to Data Analytics. Students get full support for their internship training and placements in their area of interest. Infrastructure for your Course & Hostel: Library is available with a wide variety of resources Multiple labs are available with a focus on electrical engineering,...
Ms. Saumya Pothukuchi
B.Tech Bioengineering
It has perfect amalgamation of research and industry-oriented curriculum for our bright future. Placements: The placement rate in this institute is excellent. Several students are carrying out their internships in companies like Tata Elxsi, Genova Bio, Praj, Schrodinger, Eurofins Genomics etc. The overall percentage of students getting their internships in R&D and industrial sector is good....
Saim Momin
Int. M.tech Bioengineering
Tuba Subhani
Divya Shetty
Sahil Momin
Niti Agrawal
Students Testimonial
MIT-ADTU BIO Campus: Where Life Happens
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What’s Coming Up Next
Global Perspectives: International Opportunities in Pursuing a Ph.D. in Bioinformatics

