Chemistry MChem (Hons)

4 Years On Campus Accelerated-bachelors Program

Nottingham Trent University

Program Overview

NTU’s MChem Chemistry is designed for students who want to go beyond a standard chemistry degree and dive into high-level scientific discovery. You’ll build your expertise step by step — from core chemistry skills to an immersive, master’s-level research year that prepares you for advanced careers or postgraduate study.

Curriculum Structure

Year 1

Your first year gives you the chemistry toolkit you’ll use throughout the degree. You’ll explore the fundamentals of organic structures and reactions, inorganic bonding and solid-state materials, and physical states of matter, while learning how to interpret data in spectroscopic and chromatographic analysis. You also get early exposure to specialist areas — like biological, environmental and polymer chemistry — helping you understand where your interests might lead.

Year 2

In Year 2, the complexity steps up. You’ll strengthen your theoretical understanding in Organic Chemistry, Inorganic Chemistry, Physical Chemistry, and deepen your lab and problem-solving skills through Analytical Chemistry. A dedicated Professional Practice module helps you develop the confidence, teamwork, and scientific judgement you’ll need in real research or industry roles.

Year 3

Your third year pushes you into advanced territory. You study Advanced Chemistry, including topics like heterocycles, self-assembly, and polymer behaviour, alongside Advanced Organic Chemistry and Advanced Physical Chemistry. You’ll also take Research Methodology, which trains you to think like a researcher, and choose option modules such as Chemotherapeutics, Advanced Chemical Analysis, or Nano and Green Technology depending on your goals.

Year 4 (Master’s Level)

Your final year is all about becoming a specialist. You’ll spend the entire year working on a major independent research project, developing high-level lab skills and producing work that’s often publication-worthy. Alongside this, you select advanced modules such as Organic Synthesis & Biologically Active Compounds, Drug Detection Analysis & Screening, or Solid-State and Nanocomposite Materials to deepen your expertise in a field you’re passionate about.

Focus Areas

Organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, materials and nanotechnology, environmental chemistry, advanced research and laboratory practice.

Learning Outcomes

Graduate able to design and carry out independent research, apply advanced chemical principles with confidence, and solve complex scientific problems using both theoretical knowledge and practical laboratory expertise.

Professional Alignment (Accreditation)

Accredited by the Royal Society of Chemistry (RSC).

Reputation (Employability)

NTU chemistry graduates succeed in roles across major organisations like AstraZeneca, Boots, and the Defence Science and Technology Laboratory, supported by strong student satisfaction and research-driven teaching.

Experiential Learning (Research, Projects, Internships etc.)

At NTU, chemistry isn’t something you only read about — it’s something you practice, test, and discover for yourself. From your very first week, you’ll be working in high-quality laboratories, using professional-grade instruments, and learning alongside technicians and researchers who are there to help you grow. By the time you reach your final year, you’ll step into dedicated research spaces and run your own experiments with the confidence of a developing scientist.

To show you what that experience actually looks like, here’s what NTU puts at your fingertips:

Independent research pods — purpose-built spaces in the ISTeC building where final-year and master’s students get their own workstation, fume hood, and direct access to academic support while running real research projects.
The Super Lab — a large, modern teaching laboratory in the Rosalind Franklin Building designed to give you hands-on training in everything from fundamental practical skills to advanced techniques.
High-end analytical equipment — including FTIR and UV–Vis spectrometers, rotary evaporators, a freeze dryer, and drop-shape analysers for surface and materials studies.
Cutting-edge microscopy — such as AFM, STM, and SEM with EDX capabilities for detailed materials and surface analysis.
Specialist preparation labs — equipped with microwave digestors, centrifuges, and spectrometers for sample preparation across environmental, biological, and polymer chemistry.
Electrochemistry instruments — including potentiostats capable of advanced quantitative measurements.
Year-long research project support — with expert technicians and academics guiding you through experiments that often contribute to real scientific publications.
Optional industry placements — giving you the chance to apply your skills in real-world settings while gaining work experience.
A strong research community — with seminars, collaborative opportunities, and a culture that encourages you to think and work like a scientist.

Progression & Future Opportunities

When you graduate from NTU’s MChem Chemistry, you step into the world with a real advantage — you’ve completed a master’s-level degree, built strong lab and research skills, and gained experience that employers genuinely value. Many graduates move straight into roles such as Research Chemist, Analytical Chemist, Quality Control Scientist, or Technical Support Chemist, and others find opportunities in pharmaceuticals, environmental science, materials chemistry, or even science communication.

And to support your next step, NTU offers a strong network and clear opportunities:

Expert employability support through NTU’s dedicated careers team, offering one-to-one coaching, CV and interview guidance, and help finding placements and graduate roles.
Placement year option, giving you the chance to gain industry experience between your second and third year — a huge benefit when applying for competitive roles.
Strong industry connections, with graduates progressing into organisations such as AstraZeneca, Boots, NHS laboratories, Pfizer, and various research institutions.
Royal Society of Chemistry accreditation, giving your degree long-term professional credibility and helping you work toward Chartered Chemist (CChem) status later in your career.
Excellent graduate outcomes, with recent NTU chemistry graduates reporting high levels of employment or postgraduate study shortly after finishing the course, and strong early-career salary ranges.

Further Academic Progression:

If you want to keep pushing your expertise further, your MChem sets you up perfectly for postgraduate study. Many students continue into MSc Chemistry, MSc Chemistry (Professional Practice), or move straight into a PhD, joining research groups in areas like materials science, organic synthesis, drug development, or environmental chemistry.