IISER – Hiring for JRF / Project Associate-I @Tirupati

The Indian academic and scientific research ecosystem is experiencing an unprecedented surge in funding for deep-tech bio-innovations. The Indian Institute of Science Education and Research (IISER) Tirupati, an Institution of National Importance, has announced an off-campus recruitment drive for the position of Junior Research Fellow (JRF) / Project Associate-I.

This contract-based position operates under a prestigious research project funded by the Anusandhan National Research Foundation (ANRF). It offers a premier launchpad for postgraduates in life sciences aiming to transition into cutting-edge chemical biology, molecular imaging, and cellular diagnostics.

About Company

Established in 2015 by the Ministry of Education, Government of India, IISER Tirupati is a premier autonomous research and education institution. As an Instance of National Importance, IISER Tirupati is dedicated to promoting high-quality science education and groundbreaking modern research.

The institute provides state-of-the-art infrastructure, including advanced imaging facilities, cell culture suites, and high-performance computational labs. This environment enables scientists and students to execute world-class research at global standards.

Job Details

Job Description

The selected candidate will be integrated directly into Dr. Anees Palapuravan’s research group to execute the project titled: “Fluorogenic Probes for Monitoring Organelle-Specific ATP Dynamics During Pathophysiological States.”

This highly interdisciplinary research lives at the intersection of Chemical Biology, Cellular Physiology, and Advanced Fluorescence Microscopy. Adenosine Triphosphate (ATP) is the universal energy currency of the cell, and monitoring its real-time fluctuations inside specific sub-cellular compartments (like mitochondria or lysosomes) is crucial to understanding underlying pathophysiological conditions such as cancer, neurodegeneration, and metabolic diseases.

As a JRF/Project Associate-I, you will be responsible for validating newly synthesized chemical probes, tracking live-cell fluorescence imaging signals, and establishing biological models to study organelle-specific stress signatures.

Requirements

• Essential Academic Qualification: Master’s degree (M.Sc. / M.Tech / Integrated BS-MS) in Biology, Biotechnology, or a closely related quantitative life sciences stream from a recognized university or institute.
• Age Limit: Preferably not more than 50 years of age as of the closing date of the advertisement (June 12, 2026).
• Desirable Practical Experience: Prior hands-on laboratory experience with foundational molecular and cellular biology techniques, specifically:
• Gene Amplification & Manipulation: Polymeric Chain Reaction (PCR), molecular cloning, and quantitative Real-Time PCR (qRT-PCR).
• Protein Analytics: Western Blotting, protein extraction, and gel electrophoresis.
• Tissue Culture: Mammalian cell culture maintenance, cell transfection protocols, or working with standard in vivo model organisms.

Roles and Responsibilities

• Experimental Execution: Conduct wet-lab biological validation experiments using fluorogenic probes to monitor sub-cellular ATP variations across diverse cellular stress models.
• Cell Line Management: Maintain, pass, and archive mammalian cell lines, executing rigorous contamination-free protocols within bio-safety hoods.
• Assay Optimization: Standardize quantitative molecular biology assays, including qPCR cycles, cloning strategies, and western blots, to map protein expression pathways.
• Data Archiving & MIS: Systematically document raw imaging files, laser scanning configurations, and data plots into structured laboratory notebooks and digital records.
• Liaison & Collaboration: Sync efficiently with chemical synthesis peers within the lab to provide fast, cycle-based feedback loops on newly generated molecular probes.
• Lab Operations Support: Assist the Principal Investigator (PI) in preparing stock inventory logs, tracking project expenditure records, and enforcing lab chemical safety compliance rules.

How to Apply?

Role Summary

The JRF / Project Associate-I functions as a Biological Validation Engineer within the research lab. In a chemical biology setup, a major challenge is translating new synthetic molecules into functional biological tracking tools.

Your primary focus is establishing robust, repeatable experimental systems to monitor live cells. Your weekly tasks will involve culturing mammalian lines, transfecting organelle-targeted markers, performing PCR assays, and running high-resolution cell imaging loops. You will deconstruct qualitative imaging states into quantifiable statistical metrics, validating probe target performance for peer-reviewed international publications.

Company Culture & Insights

A major highlight of this opportunity is its explicit connection to long-term academic progression. The advertisement states that candidates selected for this position can also apply for the regular PhD program of IISER Tirupati, provided they satisfy individual stream eligibility parameters. This allows you to convert temporary fellowship tenure into a permanent doctoral track, leveraging the lab data you collect early on to fast-track your thesis research.

Why We Recommend This Job

• ANRF Brand Prestige: Being funded under an ANRF project represents an elite credential for an Indian researcher. The foundation is highly selective, exposing you to premium national research networks.
• High-Value Skill Intersections: Developing simultaneous capabilities in live-cell imaging, molecular cloning, and intracellular dynamic tracking makes your profile highly competitive for future international post-doc positions and industrial R&D roles.
• Autonomous Research Ecosystem: IISER Tirupati offers a low-bureaucracy environment focused entirely on scientific output. It provides a supportive sandbox for junior scholars to build strong independent research records.

Career Growth Potential

• The advancement track for a dedicated researcher inside premium central institutes follows a highly structured, peer-reviewed timeline:
• Project Associate-I / JRF ➔ Senior Research Fellow (SRF) ➔ Ph.D. Scholar ➔ Post-Doctoral Fellow (Global Research) ➔ Lead R&D Scientist / Assistant Professor
• Your initial six months focus on adjusting to the lab’s specific cell lines and standardizing probe entry parameters. Once performance milestones are met, the position scales to running independent sub-projects, co-authoring scientific papers, and presenting at major national bio-conventions.

Skills You’ll Gain

Salary & Benefits Info

• Slab I (NET/GATE Qualified): ₹37,000 per month + 10% House Rent Allowance (HRA). This is restricted to scholars selected through National Eligibility Tests such as CSIR-UGC NET (including lectureship/assistant professorship), GATE, or central government agency examinations.
• Slab II (Non-NET/GATE): ₹30,000 per month + 10% HRA for eligible postgraduates who do not possess active national test scores.
• Tenure Structure: Temporary appointment, renewable every six months subject to operational performance reviews, running co-terminus with the project’s funding timeline.
• Campus Privileges: Unrestricted access to central analytical facilities, library databases, and professional institutional campus systems.

Frequently Asked Interview Questions

1. Fluorescence Lifecycle Mechanics: “Can you explain the physical concept behind Fluorogenic Probes? How does a target-specific binding event like an ATP interaction mathematically change the probe’s quantum yield or emission spectra?”
2. Quantitative Real-Time PCR: “Walk me through how you design house-keeping internal controls (e.g., GAPDH or Actin) during a qRT-PCR assay. If your melting curve shows a double peak profile, what does it indicate regarding your primer design?”
3. Cell Culture Troubleshooting: “Imagine your transfected mammalian cell lines are showing high cell death rates 24 hours post-transfection. How do you isolate whether the cause is probe toxicity, excessive transfection reagent volume, or a baseline cell stress issue?”
4. Western Blot Balancing: “What are the common causes of high background noise or non-specific bands on a nitrocellulose membrane during a Western Blot chemiluminescence run? How do you optimize your blocking buffer step to fix this?”

Behavioral & Culture Questions

1. Thriving Under Research Ambiguity: “Scientific exploration frequently involves long periods of experimental failures before a breakthrough occurs. Tell me about a time in your master’s thesis or past lab project where an assay failed consistently. How did you troubleshoot it methodically without losing momentum?”
2. Liaison & Collaboration: “This project bridges chemistry and biology. How do you approach explaining biological cell limitations to a synthesis chemist who expects their molecule to behave perfectly inside a living cell?”
3. Handling Rigorous Timelines: “Research projects funded by national agencies have strict milestone delivery schedules. How do you prioritize your weekly laboratory tasks when you need to balance multiple multi-day cell incubation runs simultaneously?”