NanoFutures Scholars

Overview

The NanoFutures Scholars Undergraduate Research Programme provides research experience in nanoscience and nanotechnology to undergraduate students who have previously only had limited exposure to research. Applicants will be selected based on their academic achievement and potential in the context of their education to date and on the benefit which the programme might provide.

The residential programme will run over 8 weeks at the University of Cambridge. NanoFutures Scholars will be paid at the Cambridge Living Wage, will be reimbursed travel (via public transport) to and from Cambridge, and will be provided, free of charge, with single accommodation at Selwyn College, Cambridge for the duration of the programme including weekends.

The NanoDTC is hugely grateful to Selwyn and its donors for its generous and ongoing support for the NanoFutures Scholars programme.

Aim

The aim of the NanoDTC’s NanoFutures Scholars programme, which ran first in summer 2022, is to find and support those undergraduate students who have the potential to become the future of nanoscience and nanotechnology research—a future which we are striving to make more diverse and inclusive. The NanoFutures Scholars programme is competitive, with both academic achievement and potential considered during selection. We particularly welcome applicants who have not yet had the opportunity to demonstrate their full potential, because of particular social or personal circumstances.

NanoFutures Scholars has been incorporated into a larger departmental offering, which aims to expand opportunities for all. More information is available by clicking here.

When I applied to the NanoFutures Scholars program I was not sure whether research was for me, so I was intrigued by the idea of getting to ‘trial’ researching at the highest level and discover what life is like for students working in labs in Cambridge. My mind could not have been changed more on a career in research and how amazing post-graduate life is! The internship was one of the most enriching times of my entire undergraduate degree, not only has it changed my perspective on research from a bore to something truly unique, the program helped me make priceless academic and industry connections, as well as lifelong friends with the other interns.

The topic of nanomaterials was introduced to me in one of my past modules and I was intrigued by their potential for drug delivery. Once I saw the advert for the NanoFutures Scholars internship programme, it was only reasonable that I apply. The NanoFutures coordination team made the right choice by matching me with Professor Ronan Daly’s group who focus on hard-to-treat cancers. As an intern, I gained practical and soft skills that can be applied to a variety of career ambitions, as well as real-life experience in working independently and with a team. A highlight of the programme for me was meeting and making friends along the way. It was a great experience to be part of the NanoFutures internship programme and I strongly encourage anyone to apply!

The skills and, more generally, life lessons I learnt in such a short amount of time far exceeded my expectations. The program appealed to me because of my interest in nanoscience’s broad and far-reaching nature. I wanted a field at the edge of our current scientific knowledge, with a wealth of opportunities to innovate and discover. Previously, I had thought research could be an isolating and demanding life choice but this internship showed me that it needn’t be the case. The environment that welcomed me at Cambridge was incredibly stimulating, full of energetic researchers looking to share their work and stories with you. Being in a group of interns all looking to learn and make the most of the summer was immensely gratifying and inspiring, with every college dinner being an opportunity to dive into different topics and perspectives.

Click on the images below to explore some of the research currently being undertaken by NanoDTC PhD students:

Smaller and smaller: let’s get weird

Computer chips, industrial chemical reactions and detection of dangerous chemicals have all been improved by nanotechnology. Smaller parts packed closer and closer together have given

Looking inside lithium-ion batteries

Alice Merryweather (c2018) is the lead author on a paper published in the journal Nature, reporting an a new optical technique called interferometric scattering microscopy

Algae Need Vitamins Too

Like us, many algae need vitamin B12. We get our vitamins from the food we eat or by taking vitamin supplements. But how do simple,

A step forward in efficient artificial photosynthesis

There is currently a lot of interest in the integration of photosynthetic enzymes into electrodes for solar electricity and fuel generation, to drive novel reactions

Flipping spins to boost the efficiency of LEDs

Traditionally, the core materials inside all of the electronics driving the modern world have been made from elements that must be mined from the Earth’s

Novel spin states discovered in silicon-based artificial atoms

Electronic states with high amounts of spin are central to the understanding of novel physical phenomena such as energy collection in organic photovoltaics and unconventional

Making sense of a sea of atoms

The future is bright for generating new light

Cell Membrane-on-a-Chip for Drug Interaction Studies

What if you could see magnetism?

Materials for motion

Modelling Defects in WS2 Monolayers using ML Interatomic Potentials

Programme Details

The NanoFutures Scholars programme includes three main elements:

An internship within a research group in one of the departments related to nanoscience and nanotechnology at the University of Cambridge. Scholars will be supported within the research group through a daily supervisor (e.g. a PhD student or postdoc) and a faculty member (e.g. a professor). Where possible, NanoFutures Scholars will work on pairs of related projects, in the same department, so that they can also discuss their work with a peer;
Information and training on how to apply for postgraduate study, including interview skills, writing personal statements, preparing strong applications, and securing effective references;
Participation in a network of peers—other NanoFutures Scholars as well as current NanoDTC students and associates. The peer network will provide a weekly programme of shared experiences, including social and extracurricular activities.

All NanoFutures Scholars will additionally be supported by a nominated mentor as well as an overall programme tutor.

Eligibility

The programme is open to students currently studying for an undergraduate physical sciences or engineering degree, interpreted broadly, with at least one year left on their degree. At present, only permanent residents of the UK who are studying for an undergraduate degree at a UK higher education institution are eligible to apply. Further details of the eligibility criteria are outlined in detail in the applicant guidelines (here), which we strongly recommend you read fully before applying.

In addition, in order to widen participation and to tackle the underrepresentation of—and overcome the disadvantage experienced by—certain groups in the physical sciences and engineering at Cambridge, priority will be given to those applicants who have not already studied at either Oxford or Cambridge and who satisfy one or more of the following criteria:

have received free school meals;
entered university at undergraduate level from a Care background or a Foyer resident;
are estranged from their family;
have been a single parent, or lone guardian of a young person who is aged under 18 and/or still in full-time education during their undergraduate degree course;
have caring responsibilities for an ill or disabled family member who could not manage without this help;
were the first generation of their family to go to university.

We also particularly encourage applications from those who:

at the time of applying for their undergraduate course, were living in one of the most deprived areas of the country;
at the time of applying for their undergraduate course, were living in an area where it is unusual for young people to go to university;
identify as belonging to an underrepresented ethnic group and/or gender in the physical sciences and engineering at Cambridge;
are a mature student;
have received full state support for maintenance for their course of undergraduate study;
have refugee status.

Further information on the above criteria, and whether or not you may satisfy them, can be found in the applicant guidelines (here).

Contact

The NanoFutures Scholars programme is not currently running, however, should you have any questions please email: nanodtc.admissions@nanodtc.cam.ac.uk with “NanoFutures Scholars” in the subject line.