St Aloysius Ph.D. Biotechnology FAQs
Ques. Is the Ph.D. in Biotechnology at St. Aloysius available in both full-time and part-time modes, and what is the difference in fees?
Ans. Yes, the Ph.D. in Biotechnology at St. Aloysius is available in both full-time and part-time modes. Full-time scholars pay Rs. 40,000 in Year 1, Rs. 45,000 in Year 2, and Rs. 50,000 in Year 3, totalling Rs. 1,35,000 for the minimum 3-year duration. Part-time scholars pay a flat Rs. 65,000 per year for the first three years, totalling Rs. 1,95,000. Part-time scholars are typically working professionals who pursue research alongside employment, subject to the availability of a suitable supervisor and compliance with the university's PhD regulations.
Ques. What are the active research areas and who are the PhD supervisors in the Biotechnology department?
Ans. The department has four approved PhD supervisors: Rev. Dr. Melwyn D'Cunha SJ (Life Sciences, Plant Sciences), Dr. Shreelalitha Suvarna J (Food Biotechnology, Environmental Biotechnology), Dr. Jiji George (Biotechnology, Microbiology), and Dr. Santhosh Wilson Goveas (Cancer Biology, Diabetes, Plant and Animal Tissue Culture). Active research areas include Animal and Plant Biotechnology, Food Biochemistry, Tissue Culture, Genetic Engineering, Immunodiagnostics, Marine Microbiology (including pigmented bacteria from Netravati River estuaries), and Cancer Biology. Prospective scholars are advised to contact supervisors directly before applying to discuss research alignment.
Ques. What is the BiSEP programme, and is it different from the Ph.D.?
Ans. The Biotechnology Skill Enhancement Programme (BiSEP) is a separate DBT-funded one-year diploma programme, distinct from the Ph.D. It consists of 6 months of intensive coursework and 6 months of industry internship, during which students receive a stipend of Rs. 10,000/month funded by the Department of Biotechnology (DBT), Government of India. BiSEP is designed for M.Sc. graduates seeking industry-ready skills, while the Ph.D. is for those pursuing original research and academic/research careers. Both programmes are offered by the same department.
Ques. Are candidates with UGC-NET or CSIR-NET exempted from the entrance test for Ph.D. Biotechnology?
Ans. Yes. Candidates who have qualified UGC-NET/CSIR-NET (with or without JRF), NET-PhD, or GATE are fully exempted from the written entrance test conducted by St. Aloysius University. They are required to appear only for the interview, which is conducted on campus on the notified date. This is a significant advantage for candidates who have already demonstrated research aptitude through national-level examinations.
Ques. What research infrastructure and industry connections does the Biotechnology department offer to PhD scholars?
Ans. The department has 10 fully equipped laboratories accredited by the Life Science Sector Skill Development Council (LSSSDC), with facilities for molecular biology, immunotechniques, PCR, SDS-PAGE, Western Blotting, and more. Active funded projects include DBT BUILDER Level-1 (Rs. 2.2 crores, 2022-2027), VGST-ECRA (Rs. 10 lakhs), and MJES (Rs. 3 lakhs). Industry MoUs with Bhat Bio-Tech India, Credora Life Sciences, String Bio, Medorganics, and Alva's Homoeopathic Medical College facilitate internships, placements, and consultancy. Research scholars have also participated in international conferences at EMBL Heidelberg (Germany) and other prestigious institutions.
Ques. What are the career prospects after completing a Ph.D. in Biotechnology from St. Aloysius University?
Ans. Ph.D. graduates in Biotechnology from St. Aloysius are well-positioned for careers in academia (as assistant professors after clearing NET/KSET), pharmaceutical and biotech industries (Biocon, Biocon Biologics, Syngene International, Merck Life Sciences, Lupin, Mynvax), clinical research organisations (QVIA, Labcorp Drug Development, ICON Clinical Research), and diagnostics companies (Molbio Diagnostics). The department's 92% average placement rate for M.Sc. graduates, strong industry network, and active research culture make doctoral graduates highly competitive for postdoctoral positions, research scientist roles, and senior industry positions in the life sciences sector.







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