Admission Open 2019-20

The MUJ Edge (WHY MUJ)

• Strong legacy of Manipal Group in education.
• NBA, NAAC (A+), AICTE, and UGC accredited university.
• Highly qualified and experienced faculty members who aim is to impart high quality education by fostering sustainability principles to improve the quality of life by mainly focusing on society and environment related problems.
• State-of-the art laboratories  and facilities guiding students to excel in areas of interest.
• Students do hands on projects and customize their degree with courses from other schools.
• Inculcate leadership qualities and guide students towards entrepreneurship and research.

Career Opportunities

Biotechnology engineers have career opportunities in sectors related to:

• Biotechnology
• Pharmaceuticals
• Healthcare research
• Chemical and biochemical industries
• Research and development
• Quality Assurance and regulatory affairs
• Government policymakers
• Business and project management
• Microbiology
• Process development
• Food safety
• Intellectual Property Rights

Key Highlights of the program

• Introducing the popular B. Tech. degree in Biotechnology as per AICTE and UGC model curriculum in alignment with the New Education Policy.
• The curriculum is well designed and includes courses and laboratories relevant for industries related to biotechnology, bioprocess and biochemical, enzyme technology, and food processing.
• Interdisciplinary faculty with varied experiences in Biosensors, Biomaterials, Tissue engineering, computational biology and mechanics and many more.
• Well-equipped laboratories for hands on learning experience.
• IAESTE technical training program in which students visit countries like USA, Germany, Poland, Turkey, Spain, Denmark etc.

SCHEME & CURRICULUM

• Click Here to download Scheme for BTech (Biotechnology).

We have completely revised our curriculum to adopt and align our program with the foundational tenets of the new National Education Policy 2020 developed by the Government of India.  With 160 semester credits over eight semesters, we offer our students a wide variety of technology, basic sciences, and humanities courses. With ample hands-on laboratory and project experience, coupled with focus areas in the latest computational fields, we train our student to not only become well-qualified engineering, but also high-achieving Global Leaders.

Our curriculum includes

Foundational Courses in the First Year such as: Basic Electrical, Mechanical, and Structural Engineering, Biology for Engineers, Engineering Chemistry and Physics, Calculus and Matrices, Numerical Methods, Environmental Studies and Universal Human Values.

Departmental and Flexible Core Courses bring the latest trends in each discipline.  Additionally, we permit our engineering students to take program electives across all engineering disciplines and achieve focus area in the latest technologies such as Cyber Security, Artificial Engineering, Data Analytics, Entrepreneurship, and many more.

In our Industry-Expert led courses, we partner with our industry veterans and develop the courses reflecting the latest industry trends.

With our University Electives, our students can develop their non-technology interests with courses from our other faculty such as Design, Arts, Science, Management and Law.

Opportunities for our students to do individual, mentored research projects, internships and semester long projects, results in an overall well-rounded and skilled engineer sought by the leading companies.

Eligibility Criteria

Eligibility Criteria:

The candidates need to meet any of the following criteria:

MET 2023-24 Rank Holders

The candidate must have passed 10+2 or A level or IB or American 12^th grade or equivalent examination with Physics, Chemistry and English as compulsory subjects and who have 50% or equivalent (in PCX subjects) in their 12th std. (where X could be Mathematics/Computers Science/ Biotechnology/Biology/Statistics/ Engineering Drawing).

Direct admission

For direct admission (in branches where seats are likely to stay open) the candidates need to meet any one of the following criteria:

 i. All remaining MET 2022-23 rank holders, i.e., those who did not/could not come for counselling.

ii. All students who have a JEE rank and have qualified for JEE Advanced in that year. Eligibility is mentioned under the head “MET 2023 Rank Holder”.

iii. Based on the SAT score. Eligibility is mentioned under the head “MET 2023 Rank Holder”.

iv. All other students who passed 10+2 examination with Physics, Chemistry and English as compulsory subjects and who have 60% or equivalent (in PCX subjects) in their 12th std. (where X could be Mathematics/Computers Science/ Biotechnology/Biology/Statistics/ Engineering Drawing).

LABORATORIES

Controlled environment is provided to students to conduct experiments and tests on biological materials such as cells, proteins and DNA.

• Process Control Lab – Provide hands-on training on control of various industrial processes using different control strategies.
• Transport Phenomena Lab - A practical training is imparted on fluid flow, heat, and mass transfer operations to gain better insights of the process.
• Biomaterials Laboratory – Promotes the biomaterials research. Properties and behavior of different biomaterials such as biocompatibility, degradation rates, and mechanical strengths are explored.
• Cancer Biology Laboratory – Dedicated for research on cancer, development of healthy tissues for cancer treatment.
• Tissue Engineering Laboratory – Promotes research on developing techniques and materials to grow and regenerate tissues and organs in laboratory.
• Bioreaction Engineering Lab - Students are trained to study the development of biological reactions and processes for a wide range of applications in a controlled environment.
• MEMS Laboratory -This lab specializes in design, fabrication, and testing of micro and nanoscale devices that integrate mechanical, electrical, and optical components.
• Advanced Computer-aided design and simulation Laboratory - High-performance computing systems to perform complex modeling, simulation and analysis tasks in various fields such as engineering, physics, chemistry and biology.
• Microbiology and Biochemistry Lab - Microbiology lab specializes in the study of microorganisms, including bacteria, viruses, fungi etc with common techniques such as PCR, sequencing, microscopy and immunobiological assays. Whereas biochemistry lab focuses on study and functions of biomolecules with common techniques such as chromatography, electrophoresis, spectroscopy, and enzymatic assays.
• Waste to Resources Lab – Research lab to convert waste biomass and plastic waste into value added products. Waste materials could be of different origins such as municipal solid wastes, biomass or industrial waste. The techniques for conversion to energy could be pyrolysis, gasification or anerobic digestion.