InStem Recruitment 2025 Apply for InStem Jobs at instem.res.in
inStem Recruitment 2025 : Institute For Stem Cell Science and Regenerative Medicine (inStem) has released the Job Notifications through official website instem.res.in. Job seekers who want to apply for latest inStem Jobs, Check the below table and apply before the last date. inStem Vacancy details like, Qualification, Age Limit, How to Apply & inStem Application form / Apply Online Link is given below.
Latest inStem Job openings 2025
InStem Recruitment - Post Doctoral Fellow Vacancies
| Organization | Institute for Stem Cell Biology and Regenerative Medicine |
| Post Name | Post Doctoral Fellow |
| No of Vacancies | 01 Post |
| Qualification | Doctoral Degree |
| Last Date to Apply: 07-Jul-2025 VIEW & APPLY | |
InStem Recruitment - Research Associate, Project Associate Vacancies
| Organization | Institute for Stem Cell Biology and Regenerative Medicine |
| Post Name | Research Associate, Project Associate |
| No of Vacancies | 2 Posts |
| Qualification | Masters Degree, Ph.D |
| Last Date to Apply: 04-Jul-2025 VIEW & APPLY | |
InStem Recruitment - Project Associate-I Vacancies
| Organization | Institute for Stem Cell Biology and Regenerative Medicine |
| Post Name | Project Associate-I |
| No of Vacancies | 01 Post |
| Qualification | Degree, B.E or B.Tech, M.S, M.Sc, M.V.Sc |
| Last Date to Apply: 30-Jun-2025 VIEW & APPLY | |
InStem Recruitment - Project Associate Vacancies
| Organization | Institute for Stem Cell Biology and Regenerative Medicine |
| Post Name | Project Associate |
| No of Vacancies | 02 Posts |
| Qualification | Master's Degree |
| Last Date to Apply: 31-May-2025 VIEW & APPLY | |
InStem Recruitment - Programmer/Web Developer Vacancies
| Organization | Institute for Stem Cell Biology and Regenerative Medicine |
| Post Name | Programmer/Web Developer |
| No of Vacancies | 01 Post |
| Qualification | B.E or B.Tech |
| Last Date to Apply: 30-Apr-2025 VIEW & APPLY | |
About InStem
Research at inStem addresses complex problems in areas of cell-differentiation and tissue regeneration using human pluripotent cells, examines clinical manifestations of diseases that can potentially be treated by stem cells, models human diseases using stem cells, uses model organisms to address fundamental questions in regenerative biology, develops platforms to interrogate signaling pathways with new chemical entities, and finally, develops tools that will help to better understand the biology driving stem cells and eventually treat disease states