Chemistry with Research in Industry MChem

4 Years On Campus Accelerated-masters Program

University of Liverpool

Program Overview

This MChem degree is perfect if you love chemistry and want to take it beyond the classroom — you’ll study advanced chemistry concepts while spending a full year working in a real industry setting, gaining hands-on experience that will set you apart. It’s designed for curious, ambitious students who want to explore areas like materials, medicinal, analytical, sustainable, and digital chemistry while building practical skills and professional confidence.

Curriculum structure
Year 1
In your first year, you’ll get a strong foundation in chemistry. You’ll explore modules like Core Chemistry 1A: Structure, Bonding & Change, Core Chemistry 1B: Reactions, Mechanisms and Sustainability Principles, and Foundations of Chemistry: Mathematics, Physics and Biology, alongside practical lab work that introduces you to analytical and digital chemistry skills. It’s all about giving you the tools to succeed in more advanced studies later.

Year 2
Year two dives deeper. You’ll study Core Chemistry 2A: Thermodynamics, Transition Metals and Synthetic Methods and Core Chemistry 2B: Spectroscopy and Strategies for Sustainable Synthesis, while building your lab and industry awareness through Shaping Future Chemists: Quantitative Skills and Industry Awareness. You’ll get more hands-on experience and start connecting what you learn in lectures with real-world applications.

Year 3
In your third year, you’ll start to link directly with research and industrial themes. Modules like Current Topics in Synthetic Design and Advanced Materials, Advanced Practical Skills, and optional modules in analytical chemistry, catalysis, or sustainable chemistry let you explore your specific interests. Mini research projects or literature reviews will give you a taste of what working as a professional chemist is really like.

Year 4
The final year is your big opportunity: you’ll spend a full year on a real industrial research placement through Chemical Research Project (External). Alongside this, optional advanced modules let you tailor your learning in areas like Advanced Synthesis, Electrochemistry for Energy Applications, and Commercial Considerations for Year in Industry. By the end, you’ll have real-world experience and a portfolio of advanced chemistry skills that employers love.

Focus areas
Materials chemistry, medicinal chemistry, analytical and digital chemistry, sustainable catalysis, chemical modelling/AI and automation.

Learning outcomes
You’ll finish the degree with advanced practical and research skills, digital and mathematical fluency, problem-solving ability, professional awareness, strong communication skills, and readiness for a career in chemistry or further study.

Professional alignment (accreditation)
This course is accredited by the Royal Society of Chemistry (RSC), putting you on the path to becoming a Chartered Chemist and giving your degree strong professional credibility.

Reputation (employability rankings)
Graduates from this course enjoy excellent outcomes — many move straight into highly skilled jobs or further study. Chemistry at Liverpool is consistently highly ranked for graduate prospects, and the university holds a Gold rating in the Teaching Excellence Framework, highlighting strong student success.

Experiential Learning (Research, Projects, Internships etc.)

At Liverpool, learning chemistry isn’t just about lectures and textbooks — it’s about getting your hands dirty in real labs and real industry settings. From the very first year, you’ll be working in modern, purpose-built laboratories with access to top-notch equipment like NMR, mass spectrometry, chromatography, and X‑ray diffraction, so you can see the science in action. As you progress, you’ll take on group projects, digital simulations, and research exercises that mirror real-world chemical problems. By your final year, you won’t just be learning chemistry — you’ll be living it, with a full year spent on a paid industrial placement where you apply your skills in a professional environment and gain invaluable experience.

Here’s how experiential learning comes to life in this programme:

Industrial placement in Year 4: spend a full year in a company, working on real chemistry projects and gaining professional experience.
Mini research rotations in Year 3: work on literature reviews, modelling, and research tasks linked to real industrial and academic projects.
State-of-the-art laboratories: synthetic and measurement labs equipped for a wide range of experiments, including fume cupboards and advanced instrumentation.
Advanced research tools: access to high-resolution NMR, mass spectrometry, X-ray diffraction, and other specialist equipment.
Collaborative group projects and digital simulations: develop teamwork, problem-solving, and digital chemistry skills.
Career preparation support: help with CVs, interviews, and professional skills, plus guidance from the university’s Careers and Employability service.

Progression & Future Opportunities

Graduating from this MChem doesn’t just give you a degree — it opens doors to exciting careers in chemistry. Many of our graduates go on to roles such as Analytical Scientist, Research Scientist, Formulation Chemist, or Development Chemist, stepping straight into rewarding work in labs, industry, or research settings. The programme is designed to set you up for success with real-world experience, professional skills, and strong industry connections:

The university’s Careers & Employability Service provides tailored support for chemistry students, including CV and interview workshops, networking events, and guidance on industrial placements.
Chemistry graduates from Liverpool enjoy excellent outcomes, with a median starting salary around £30,000 and many moving into highly skilled roles within 15 months of graduation.
Industry partnerships give you real-world exposure, with placements and collaborations at top companies such as AstraZeneca, GlaxoSmithKline, Unilever, and Ineos.
The course is accredited by the Royal Society of Chemistry (RSC), giving your degree professional recognition and long-term value if you aim to become a Chartered Chemist (CChem).
Graduates leave well-prepared for both employment and further study, thanks to the unique combination of lab experience, industry placement, and research-focused learning.

Further Academic Progression:
If you want to continue studying, the MChem gives you a strong platform for a PhD in chemistry or a taught master’s in areas such as materials chemistry, medicinal chemistry, or sustainable chemical sciences. With the hands-on research experience and professional skills you gain, you’ll be fully prepared to take that next academic step confidently.