Royce Undergraduate Internship Scheme

Each year Royce makes funding available for researchers to host undergraduate student interns at their institution to complete a summer project on a materials science related topic.

Apply to the current scheme

Overview

Through its Undergraduate Internship Scheme, Royce helps to support researchers, scientists, technical and professional services staff in hosting an undergraduate student intern at their institution to complete a summer project in materials science.

Each year, Royce invites applications for internship projects that cover materials research, technical development, equipment enhancement, and outreach or public engagement activities.

The wide scope of projects Royce supports through this scheme enables materials science undergraduates to gain insights into potential career pathways, well before they need to make decisions after completing their degree.

Find out more about the current scheme

Participant Interviews

Jerry Mintah, a previous participant in the Royce Undergraduate Internship Scheme talks about his project and experiences on the Scheme.

Jerry discusses the work he conducted with the Faul Research Group  alongside his Mentor, PhD candidate Basiram Brahma Narzary, and Supervisor, Professor Charl F. J. Faul, on the eight week Royce Summer Internship.

The research was published in the Royal Society of Chemistry (RSC) Materials Chemical Frontiers Bifunctional metal-free porous polyimide networks for CO2 capture and conversion receiving much positive feedback from the scientific community. This study was highlighted on the inside front cover of the journal, and is published open access and freely available to download.

Testimonials

Current Scheme

Applications to the 2025 Scheme have now closed. To find out more information about the 2025 scheme, click here.

For information about the Royce Undergraduate Internship Scheme 2025 please contact engagement@royce.ac.uk

Newsletter Signup
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.