M. Tech in Industrial Biotechnology course

Master of Technology (MTech) in Industrial Biotechnology

M.Tech in Industrial Biotechnology - Overview

M.Tech in Industrial Biotechnology?Program Description

The Department of Biotechnology at MIT, MAHE, 必威体育betway888 offers M.Tech program in Industrial Biotechnology. The objective of this program is to provide a pragmatic approach to biotechnology focused on industry and research based careers. The program curriculum is a blend of core principles of biological sciences, computational analyses, and process engineering principles.

We have well qualified faculty members providing experiential learning and mentoring students’ research projects in specialized areas such as biopolymers, nanotechnology, drug delivery, microfluidics, bioinformatics, bioreactor design, fermentation engineering and scaling up of industrially important products. The department received many extramural and intramural funded research projects in aforementioned areas. The department exemplifies the blend of faculties from science and engineering streams of biotechnology.

Focus of the Program

Industrial biotechnology involves the application of biotechnology for industrial purposes. Applying the techniques of modern molecular biology, it improves efficiency and reduces the multifaceted environmental impacts of industrial processes. It includes the practice of using cells such as microorganisms, or components of cells like enzymes, to generate products in sectors that are industrially useful. The courses such as Advanced bioprocess engineering, Molecular biology & r-DNA technology, Animal cell culture techniques, Bioreactor design and analysis, Bioprocess modelling, and Biomolecular data analytics will be taught with relevant case studies to make the students industry ready and equip them with the advanced industrial techniques. The students can study industry-specific, custom-designed program electives such as Animal and plant biotechnology, Biopolymer technology, Design and development of biological treatment processes, Environmental biotechnology, Immunotechnology, Pharmaceutical biotechnology, solid waste management, Statistical design and analysis of experiments in biotechnology, and Systems biology. They can also opt for open electives that are interdisciplinary in nature.

Career Prospects

The Institution’s placement cell, industry collaborators, and alumni network will facilitate placement and internships as biotechnology scientists, process development engineers, biomanufacturing specialists, technical solution managers, and as research associates. The program targets placements and internships in top biotechnology companies such as Biocon, Syngene, GlaxoSmithKline (GSK), Laurus Bio, HIMEDIA, Intas Pharmaceuticals Ltd., Stelis Biopharma, B-Aegis Life Sciences & 必威体育betway888, IQ4I 必威体育betway888 and Consultancy Pvt. Ltd., Next Big Innovation Labs, and DRG analytics and Insights Pvt Ltd. The department has also tied up with various biotechnology and healthcare companies for the internships and placements.

Core Competencies

Bioinformatics
Bio-nanotechnology
Biopolymers
Bioreactor Design
Biofuels and Environmental biotechnology
Drug Delivery
Fermentation Engineering
Microfluidics
Modelling & Simulation of Bioprocess
Photo-bioremediation
Phytochemicals
Plant & Animal Cell Culture

Program Educational Objectives (PEO)

PEO1:?Graduates apply knowledge and skill to advance their career in biotechnology industries.

PEO2:?Able to carry out research work independently in the field of biotechnology.

PEO3:?Show professional attitude with ethical responsibility, effective communication skills, and team work in multidisciplinary environment.

PEO4:?Engage in lifelong learning with knowledge of contemporary issues related to applied biotechnology.

Program Outcomes (PO)

PO1:?Problem Analysis & Solution Development: An ability to independently carry out research /investigation and development work to solve practical problems.

PO2:?Communication: An ability to write and present a substantial technical report/document.

PO3:?Investigation of Complex Problems: Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program.

PO4:?Engineering Knowledge & Modern Tool Usage: An ability to acquire in-depth knowledge and to apply the principles of bioprocess engineering, computational skills, mathematical modelling, and genetic engineering to deal with industrial processes.

PO5:?Environmental Sustainability, Ethics & Society: An ability to inculcate ethical, social, and environmental responsibilities in the professional career.

PO6:?Team Work and Life-long Learning: An ability to demonstrate team-building, project management and entrepreneurial skills through life-long learning.