IITGN Project Scientist Materials Recruitment 2026

IITGN Project Scientist Materials Recruitment 2026: Overview

Indian Institute of Technology Gandhinagar (IITGN) is hiring a Project Scientist in Materials Engineering under Prof. Amit Arora for a research appointment at Gandhinagar. The project, Electrochemical Analysis of Structural and Battery Materials, studies how these materials respond to different operating and environmental conditions. Its focus connects electrochemical behaviour, material properties and degradation, with the aim of supporting more durable structural materials and better energy-storage systems. If you join, your appointment will be attached to this defined research project, with the engagement terms set out in the institute's notice.

Service Conditions and Caveats

• Appointment period: The engagement lasts six months. The notice gives this specific duration and does not set out an extension arrangement, so you should base your plans on the stated period.
• Applicable framework: Institute norms govern the appointment. The advertisement marks that framework for this post, which is handled through IITGN's Research and Development Office.
• Role naming: The designation field says Project Scientist, while the work description uses Project Scientist I. Both labels appear within the same advertisement for this project under Prof. Amit Arora.
• Shortlisting: Meeting the minimum conditions does not guarantee further consideration or an appointment. IITGN may apply a higher cutoff when it reviews the applications received for this round.
• Call for further assessment: The institute can decide which applicants it calls for a selection test. Your application alone does not establish that you will be called.
• Appointment discretion: IITGN may leave the position unfilled in this recruitment round without giving a reason. The notice does not promise an appointment simply because you meet its minimum conditions.

• Investigate electrochemical behaviour in structural and advanced battery materials.
• Study the mechanisms that cause materials to degrade.
• Assess long-term material performance under different operating conditions.
• Examine how environmental conditions affect material performance.
• Analyze relationships between electrochemical responses and material properties.
• Connect degradation findings to the development of durable structural materials and energy-storage systems.