IITGN Postdoc Microfluidics Recruitment 2026

IITGN Postdoc Microfluidics Recruitment 2026: Overview

Indian Institute of Technology Gandhinagar (IITGN) is recruiting a Post-Doctoral Fellow for Prof. Rohil Jain's group in Biological Sciences and Engineering. The project focuses on machine perfusion and microfluidic devices for organ transplant and cancer, bringing engineering design into medical-device research. This is a project appointment in the Jain Lab at IIT Gandhinagar, with a scope that connects device development, clinical collaboration and translation of laboratory technology.

Service Conditions and Caveats

• Initial appointment: The engagement lasts 12 months. An extension of up to 12 more months is possible, so you should treat the initial term and any later extension as separate parts of the appointment.
• Project setting: The notice places the fellowship within the Jain Lab and identifies Prof. Rohil Jain as the principal investigator. Its organ-perfusion and cancer-device themes form the research setting for this appointment.
• Collaborative setting: The project can involve surgeons, oncologists, engineers and designers, alongside industry or startup partners. These connections are part of the notice's focus on developing medical technologies that can move towards practical use.
• Institute norms: The advertisement identifies institute norms as the basis for this appointment. Read the post's terms together with the requirements stated in this particular advertisement.
• Shortlisting discretion: Meeting the minimum requirements does not guarantee that you will be shortlisted or appointed. IITGN may use a higher cutoff when considering applications.
• Selection calls: The institute may decide not to call an applicant for a selection test. You should not treat an application or satisfaction of the minimum requirements as an assurance of a call.
• Filling the post: IITGN also retains the option to leave the position unfilled in this round, without giving a reason. The advertised opportunity does not itself guarantee that an appointment will be made.

• Lead the design, simulation and fabrication of automated fluidic and microfluidic medical systems.
• Integrate optical sensors, pumps and heating systems into working devices.
• Run multiphysics simulations to improve fluid flow and mass transport.
• Prepare patent drafts and technical documents for commercial translation.
• Mentor graduate students in mechanical design, fabrication and instrumentation.
• Collaborate with clinical teams on tissue samples and with engineers and industry partners on devices.
• Support equipment purchases and development of laboratory protocols and processes.