Chemistry with Materials Chemistry with Integrated Master's MChem

4 Years On Campus Accelerated-bachelors Program

Keele University

Program Overview

The MChem in Chemistry with Materials Chemistry at Keele is perfect for students curious about how the materials around us — from batteries to semiconductors — are created and understood at a molecular level. You’ll dive into both core chemistry and cutting-edge materials science, setting you up for a career in research, industry, or advanced studies.

Curriculum Structure

Year 1 & 2
In your first two years, you’ll build a strong foundation in all areas of chemistry. You’ll get hands-on experience in the lab with modules like Practical & Professional Chemistry Skills, learning to use instruments such as UV-vis, IR, and NMR, while also developing essential skills for your career. Chemical Structure & Reactivity will show you the principles behind how molecules bond and react, while Chemistry Connections links chemistry to real-world problems using programming, statistics, and team projects.

Year 3
Your third year is more independent and research-focused. You’ll take on an Independent Research Project, planning and running your own experiments, and dive deep into the literature for a Scientific Literature Review, exploring a niche area of materials chemistry that excites you.

Year 4 (Final Year)
The final year is all about advanced research and showing off what you’ve learned. You’ll complete a year-long MChem Materials Chemistry Research Project, producing original research under supervision and presenting your findings in both written and oral formats. Alongside this, Research Skills Seminars and Synoptic Topics & Modern Trends in Chemistry prepare you for the latest developments in chemistry and materials science, and give you the confidence to contribute to real-world innovations.

Focus Areas

Materials for energy (batteries, fuel cells), nanoscience and solid-state chemistry, environmental sustainability and green chemistry, advanced analytical techniques, independent research and scientific communication

Learning Outcomes

Graduates leave with strong lab and research skills, the ability to design and analyze experiments, and a deep understanding of materials chemistry. You’ll also develop communication, problem-solving, and professional skills that make you ready for research or industry.

Professional Alignment (Accreditation)

Keele’s MChem courses are closely aligned with the standards of the Royal Society of Chemistry (RSC), meaning your degree is professionally recognized and valued by employers.

Reputation & Employability

Keele has a Gold rating in the Teaching Excellence Framework (TEF 2023), reflecting outstanding teaching and student support. Chemistry students enjoy high satisfaction in the National Student Survey, with strong support for academic guidance and career preparation. The course also gives you hands-on experience with real research, making you highly employable in chemistry and materials-related industries.

Experiential Learning (Research, Projects, Internships etc.)

At Keele, learning chemistry is about much more than lectures — it’s about rolling up your sleeves and doing real science. From your very first year, you’ll spend time in state-of-the-art labs, using professional-grade instruments and carrying out experiments just like a working chemist or materials scientist. You’ll collaborate with your peers on projects, analyze real data, and develop the kind of problem-solving and research skills that make you confident in a lab or in industry.

Here’s what that looks like in practice:

World-class laboratories: Work in Keele’s Central Science Laboratories, a modern facility designed for teaching and research, giving you hands-on experience with the latest lab equipment.
Advanced instruments at your fingertips: Regularly use UV-Vis, IR, and NMR spectrometers, GC-MS, and Raman spectroscopy to explore the properties of molecules and materials.
Specialized research labs: Access labs like the Birchall Laboratory, equipped for materials chemistry projects with high-temperature furnaces, gas feeds, and other specialized tools.
Digital and analytical tools: Hone your skills in data processing, scientific writing, and modern software for chemical analysis, all supported through Keele’s Learning Environment (KLE).
Group projects and collaborative work: Engage in team-based problem-solving, case studies, and discussions that mirror real research team dynamics.
Independent research opportunities: Take on your MChem Materials Chemistry Research Project in your final year, designing and running your own experiments, analyzing results, and presenting your findings like a professional scientist.
Career-focused support: Benefit from placement guidance, workshops with chemical companies, alumni talks, and dedicated chemistry careers tutors to help you prepare for your future.

Progression & Future Opportunities

Graduates from Keele’s MChem in Chemistry with Materials Chemistry leave ready to make an impact in a variety of scientific careers. You could find yourself working as an analytical chemist, materials scientist, environmental chemist, or even a research assistant, applying the practical and analytical skills you’ve honed throughout your degree. Because Keele combines hands-on lab work with professional development, you’ll leave confident in your abilities and career-ready:

Dedicated careers support: Keele provides a careers tutor for chemistry, who offers subject-specific guidance, workshops, mock interviews, and alumni talks to help you step smoothly into your first role.
University-wide employability resources: The Careers & Employability Team helps with CVs, job searches, internships, networking, and mentoring from past graduates.
Placements and work experience: Optional placements allow you to gain real-world industry experience, giving you a competitive edge when you graduate.
Industry-relevant skills & accreditation: Throughout your degree, you’ll develop essential lab, analytical, and problem-solving skills that are highly valued in both research and industrial settings.
Professional recognition: Your integrated master’s degree (MChem) is respected by employers and academia, opening doors to a variety of roles.
Graduate outcomes: Keele graduates move into both lab-based careers (chemist, materials scientist) and non-lab roles such as policy advisor, science communicator, or teacher.

Further Academic Progression:
After completing your MChem, you’ll be well-positioned to continue your studies or research:

Pursue a PhD or doctoral research, building on your final-year research project.
Take on postgraduate research roles or industrial R&D positions, leveraging your advanced lab and analytical skills.
Explore academic or teaching careers, thanks to your strong grasp of chemistry and communication abilities.