Overview of the AIIMS Recruitment
The Department of Nephrology at the All India Institute of Medical Sciences (AIIMS), New Delhi, has officially announced an exciting Life Sciences Job opportunity for qualified candidates. Two specialized research positions are now open as part of an ICMR-funded project. This recruitment drive is aimed at life sciences professionals who wish to contribute to cutting-edge transplant immunology research at one of India’s most prestigious medical institutions. If you hold a postgraduate degree in life sciences and have hands-on laboratory experience, this is one of the most impactful opportunities available in 2026.
About AIIMS New Delhi
AIIMS New Delhi is widely regarded as the pinnacle of medical education, research, and patient care in India. Established under an Act of Parliament, it consistently ranks among the top medical institutions in the country and is recognized globally for its scientific integrity and clinical excellence. For life sciences professionals, joining AIIMS through an ICMR-funded project offers unparalleled exposure to real-world clinical research, advanced diagnostic technologies, and mentorship from leading experts. Working under the guidance of distinguished clinicians like Dr. Arun Kumar S. provides a significant boost to any researcher’s career trajectory in the life sciences domain.
About the TAILOR Study Project
The current recruitment is linked to a landmark research initiative titled the “Torque Teno Virus and Allograft Immune Surveillance Using Assessment of dd-cfDNA to Determine Outcomes in Renal Transplantation” — commonly referred to as the TAILOR STUDY (I-1954). The project is funded by the Indian Council of Medical Research (ICMR) and is led by Principal Investigator Dr. Arun Kumar S.
The core objective of the TAILOR Study is to improve long-term outcomes in renal (kidney) transplantation by identifying reliable, non-invasive biomarkers that can monitor immune surveillance in transplant patients. Current methods of detecting organ rejection often depend on invasive biopsies that are not only uncomfortable for patients but also carry procedural risks. This study aims to change that paradigm.
Key Technologies Used in the Study
Torque Teno Virus (TTV) as an Immune Gauge
Torque Teno Virus (TTV) is a naturally occurring virus present in virtually all humans. Its viral load is directly correlated with the level of immune suppression in the body. In transplant patients who receive immunosuppressant drugs, monitoring TTV levels can serve as a real-time “gauge” of overall immunosuppression, helping clinicians fine-tune medication dosages without exposing patients to unnecessary risks.
Donor-Derived Cell-Free DNA (dd-cfDNA) Monitoring
Donor-derived cell-free DNA (dd-cfDNA) is shed into the bloodstream when transplanted organ cells are damaged or undergoing rejection. By measuring dd-cfDNA levels through a simple blood test, clinicians can detect early warning signs of allograft rejection long before clinical symptoms appear — a game-changing advance in post-transplant monitoring.
Droplet Digital PCR (ddPCR)
The TAILOR Study uses droplet digital PCR (ddPCR) for high-precision quantification of TTV and dd-cfDNA from patient samples. ddPCR is one of the most sensitive and accurate molecular diagnostic tools currently available, making it a highly sought-after skill in premium life sciences job roles across research and clinical settings.
Available Positions & Eligibility Criteria
The Department of Nephrology is seeking motivated and skilled candidates for the following contractual position:
Project Technical Support – III (PTS-III)
Essential Qualification: A Postgraduate Degree in Life Sciences (M.Sc. or M.Tech in Biotechnology, Biochemistry, Molecular Biology, or a related discipline) is mandatory to be considered for this role.
Desirable Experience: Candidates with hands-on experience in the following areas will be given strong preference during shortlisting and selection:
- cfDNA (cell-free DNA) extraction techniques
- ddPCR (droplet digital PCR) setup, analysis, and interpretation
- Experience working in a clinical or translational research laboratory setting
Age Limit: Candidates must be up to 35 years of age at the time of application.
Salary and Benefits
The selected candidate for the Project Technical Support – III (PTS-III) role will receive a monthly emolument of ₹28,000 plus 30% HRA (House Rent Allowance). While the position is contractual in nature and tied to the duration of the ICMR-funded project, it offers exceptional scientific exposure, hands-on experience in advanced molecular diagnostics, and the prestige of an AIIMS association — all of which are highly valued in the life sciences job market.
How to Apply
Interested and eligible candidates should follow the steps below carefully to ensure their application is considered:
Step 1 – Prepare Your Documents: Draft a formal covering letter addressed to the Principal Investigator and prepare an updated Curriculum Vitae (CV) that highlights your relevant technical skills, educational qualifications, and research experience.
Step 2 – Submit Your Application: Applications can be submitted through any of the following modes — in person, by post, or via email to the contact provided in the official notification.
Step 3 – Physical Submission Address: Porta Cabin, Room No. 3, 4th Floor, Department of Nephrology, Teaching Block, AIIMS, New Delhi.
Application Deadline: All applications must be submitted by 5th March 2026 at 5:00 PM. Late applications will not be entertained.
Interview Process: Only shortlisted candidates will be contacted for an interview. Candidates should note that no TA/DA (Traveling Allowance/Daily Allowance) will be provided for attending the interview.
For the complete and official notification, candidates are encouraged to refer to the original AIIMS recruitment advertisement published at the AIIMS official portal.
Why This Opportunity Matters
Securing a life sciences job at AIIMS New Delhi represents a defining milestone for any early-career researcher. This recruitment connects talented scientists directly to translational research that has real-world clinical impact — potentially reshaping how renal transplantation outcomes are managed across India and beyond. With growing demand for molecular diagnostic expertise in healthcare, the technical skills developed during this project — particularly ddPCR proficiency and cfDNA analysis — will make candidates highly competitive for future roles in both academia and the biotech industry.
Apply before March 5, 2026 and take a bold step toward a meaningful career in life sciences research.
