IITR Senior Research Assistant Polymer Recruitment 2026

IITR Senior Research Assistant Recruitment 2026: Overview

Indian Institute of Technology Roorkee (IIT Roorkee) is recruiting a Senior Research Assistant for a biodegradable smart-packaging project led by Prof. Dharmansh. The project belongs to the Department of Polymer and Process Engineering, based at the institute’s Saharanpur campus in Uttar Pradesh.

Funding comes from the Council of Science and Technology, Uttar Pradesh. The project combines packaging materials, thermal buffering and sensing with artificial intelligence and machine learning (AI/ML), with the aim of detecting food spoilage and adulteration quickly.

Service Conditions and Caveats

• Project tenure: The initial engagement is for two years. An extension depends on your performance and the remaining duration of the project, so continuation beyond the initial term is conditional.
• Research setting: This is a project appointment within Polymer and Process Engineering. The department’s official contact page places it at Saharanpur, which is the campus relevant to this opening.
• Category preference: SC/ST applicants receive preference when qualifications and experience are equal. The notice states this as a preference under otherwise equal conditions.
• Travel costs: No travel or daily allowance is payable for attending the interview. The notice separately specifies an online interview arrangement.
• Further study: The selected applicant may get an opportunity to seek PhD admission. The notice describes this as a possibility, so you should not read it as an admission offer.

Application Submission Notes

Address your application to Prof. Dharmansh, Principal Investigator, and send it to dharmansh@pe.iitr.ac.in. Although the general form mentions postal or interview-day submission, the closing instruction specifically calls for applications through email.

Shortlisted applicants will receive interview arrangements by email. Use the investigator’s address for this project application and keep track of replies concerning your online interview.

• Design biodegradable packaging for smart food-monitoring applications
• Integrate phase-change materials into thermal-buffering layers
• Develop electrospun sensing layers using the project’s stability-theory approach
• Create AI/ML models for rapid interpretation of sensor readouts
• Use packaging sensor data to detect food spoilage and adulteration