NIT Rourkela is one of the premier national level institutions for technical education in the country and is funded by the Government of India. Government of India has elevated the Regional Engineering College, Rourkela to a deemed university under the name of National Institute of Technology, Rourkela. The main objective of the Institute is to produce quality Engineers and Scientists in Graduate and Post-Graduate levels in various branches of Engineering and Science.
The candidate must have a postgraduate degree (M.S.(Pharm.)/M.Pharm./M.Sc.) in Medicinal Chemistry/ Pharmaceutical Chemistry/ Chemistry / Process Chemistry from a recognized University/ Institute with a minimum of 60% marks or minimum CGPA of 6.75 on a 10-point scale.
M.Sc, / M.S. (Pharm) Biotechnology, M. Tech in Biotechnology, Bioinformatics, Biochemistry, Microbiology with a consistently good academic record with a minimum 70% aggregate or 7.5 CGPA
A minimum of 60% marks (or CPI of 6.00) at Masters level AND Candidates should have valid GATE/GPAT/CSIR or UGC-NET/JEST/JGEEBILS (TIFR/NCBS)/ICMR-JRF/ICAR-NET/ DBT-JRF/ Project - Funded (as per INST rules)/ DST-INSPIRE will be adhoc basis subject to successful activation of inspire fellowship.
Candidates with M.S./M.Pharm in Pharmacology/Pharmacology and Toxicology, M.Sc. in Medical Pharmacology/M.Sc. Biotechnology, PG in AYUSH courses or similar disciplines with qualification of NET/GATE/GPAT/relevant national level competitive exam and research experience
First class Masters Degree in Bioinformatics / Biotechnology / Computational Biology / or related areas or Bachelors Degree in Engineering or Technology or Medicine with specialization in Bioinformatics / Biotechnology
First class Masters Degree in any branch of Life Sciences or Bachelors Degree in Engineering or Technology or Medicine from a recognized University or equivalent + GATE/NET/GPAT qualification. BITS
Masters Degree in Pharmacology or equivalent. ANRF-ARG-sponsored project-based temporary position, Pesticide-Driven Neurodegenerative Cascades: Investigating the Interplay Between Growth Factor Signalling and Synaptic Integrity- A Clinical and Pre-Clinical Perspective