MRes Photonics

1 Years On Campus Masters Program

Imperial College London

Program Overview

The MRes Photonics at Imperial is a research-intensive degree designed for students who want to work at the cutting edge of optics and photonics. It’s ideal for physics or engineering graduates aiming for PhD study or advanced R&D roles, combining focused taught training with a major research project.

Curriculum Structure

Year 1 (Full-time):
You’ll begin by building strong foundations in core photonics topics such as lasers, imaging, and optical measurement, supported by hands-on laboratory work that develops real experimental confidence. The majority of the year is then dedicated to a long, individual research project, where you join an active photonics research group and work in a way that closely mirrors PhD-level research.

Focus areas (in a string):

Photonics and optics, laser physics, imaging systems, optical measurement techniques, experimental laboratories, research methods, independent research.

Learning outcomes (in a string):

Apply advanced photonics theory, carry out laboratory-based experiments, analyse optical systems, develop independent research skills, and communicate scientific results effectively.

Professional alignment (accreditation):

This MRes is designed as advanced research training and aligns strongly with expectations for doctoral-level study and research-led careers in photonics, optics, and related engineering fields.

Reputation (employability rankings):

Imperial College London is consistently ranked among the world’s leading universities for physics and engineering, with graduates highly regarded by global research institutions and high-technology industries.

Experiential Learning (Research, Projects, Internships etc.)

At Imperial, the MRes Photonics is built around doing research, not just learning about it. You’ll spend much of the year in specialist photonics labs, developing hands-on experimental skills and working closely with researchers on real problems in optics and laser science. The programme is designed to feel like early-stage PhD training, giving you confidence in experimental design, data analysis, and independent research from the very start.

Your hands-on experience includes:

Extensive photonics laboratory work, where you build and test optical setups and develop practical skills in lasers, imaging, and optical measurement
A long, individual research project embedded within an active photonics research group, tackling a current research challenge under close academic supervision
Regular use of the Blackett Laboratory, Imperial’s main physics research hub, home to advanced photonics and optics facilities
Training in experimental techniques and research methods used in modern photonics research and development
Opportunities to engage with seminars, talks, and postgraduate research communities linked to Imperial’s photonics and optics groups
Full access to specialist science libraries and digital research resources, supporting literature review, data analysis, and scientific writing

By the end of the programme, you’ll have real laboratory and research experience that closely mirrors how photonics research is carried out in leading universities and high-technology industries—making this MRes a strong launchpad for PhD study or advanced R&D roles.

Progression & Future Opportunities

Graduates of the MRes Photonics leave Imperial with the kind of hands-on research experience and technical depth that employers and PhD supervisors actively look for. Many move into roles such as Photonics Research Scientist, Optical or Laser Engineer, R&D Engineer, or Quantum/Optoelectronics Engineer, while others progress seamlessly into doctoral research.

How this degree supports your future:

Dedicated Imperial Careers support, including one-to-one career coaching, CV and interview preparation, employer-led events, and specialist guidance for PhD and research applications
Excellent graduate outcomes, with Imperial physics and engineering postgraduates consistently progressing into highly skilled roles or further study soon after graduation
Strong research–industry connections, shaped by Imperial’s close collaboration with photonics, optics, quantum technologies, and high-tech R&D sectors
Long-term academic value, as the MRes is designed as rigorous research training that closely matches expectations for PhD-level work and research-intensive careers
Strong earning potential, reflecting the specialist and in-demand nature of photonics skills across industries such as semiconductors, telecommunications, medical imaging, defence, and quantum technologies

Further Academic Progression:
Many graduates choose to continue into PhD study in photonics, optics, quantum technologies, or applied physics, either at Imperial or at other leading research universities worldwide. The depth of research experience gained during the MRes gives you a clear advantage when applying for competitive doctoral programmes and advanced research roles.