BSc (Hons) Chemistry

4 Years On Campus Bachelors Program

Heriot Watt University Edinburgh

Program Overview

The BSc (Hons) Chemistry at Heriot-Watt University provides a hands-on, career-focused education in chemistry, combining strong theoretical foundations with practical laboratory experience. It’s ideal for students passionate about understanding chemical processes, solving real-world problems, and exploring pathways in pharmaceuticals, materials science, and more.

Curriculum Structure:

Year 1:
Students build a solid grounding in chemistry with courses like Principles of Chemistry, Chemical Applications 1 & 2, and Mathematics for Engineers and Scientists 1 & 2. Optional modules such as Introductory Biology and Mechanics, Fields and Forces allow students to explore complementary scientific areas, developing problem-solving skills and laboratory techniques essential for future study.

Year 2:
Year two deepens understanding of chemical principles through units such as Atomic & Molecular Structure & Chemical Bonding, Organic Structural Identification, Stereochemistry & Reaction Mechanisms, and Chemical Thermodynamics & Introductory Chemical Kinetics. Students also gain practical expertise in Synthesis in Organic Chemistry and Atomic & Molecular Spectroscopy, while optional modules like Cell and Molecular Biology broaden scientific insight.

Year 3:
The focus shifts to advanced chemistry topics including Organometallic Chemistry and Multinuclear NMR Spectroscopy, Organic Reactions, and Applications of Chemical Kinetics. Optional courses like Introduction to Pharmaceutical Chemistry and Chemistry of Materials allow students to tailor their learning toward specific interests, preparing them for specialized pathways.

Year 4:
Students undertake a Chemistry Dissertation Project and study advanced topics in Modern Inorganic, Organic, and Physical Chemistry, consolidating research skills and subject mastery. This year is designed to refine independent scientific thinking and prepare graduates for professional or academic careers.

Focus Areas:
Pharmaceutical chemistry, computational chemistry, materials and nanoscience, biological chemistry.

Learning Outcomes:
Develop practical laboratory skills, theoretical chemical knowledge, problem-solving abilities, communication, and numeracy skills applicable across scientific industries.

Professional Alignment (Accreditation):
Accredited by the Royal Society of Chemistry (RSC), ensuring professional recognition of the degree.

Reputation (Employability Rankings):
Heriot-Watt Chemistry graduates are highly sought after in industries such as pharmaceuticals, biotechnology, healthcare, agriculture, and materials science, with a strong reputation for both practical expertise and research-led learning.

Experiential Learning (Research, Projects, Internships etc.)

From the very first year, you’ll be rolling up your sleeves in purpose-built chemistry labs, using professional-grade equipment just like in real research and industry settings. Heriot-Watt gives you hands-on access to cutting-edge tools, from NMR spectroscopy and diffractometers to FTIR and elemental analysers, so you can turn theory into practice. You’ll also work with digital software for data analysis and instrument control, preparing you for the modern chemistry workplace.

You’ll gain these experiences through opportunities like:

Working in specialist labs equipped with NMR spectroscopy, crystal and powder diffractometers, FTIR, and other research-grade instruments.
Using digital tools and software to analyse data and simulate chemical processes.
Completing project-based assignments and your Year 4 dissertation, applying your learning to real-world chemical challenges under expert supervision.
Engaging with international perspectives through the “Go Global” programme, studying or working abroad to broaden your scientific and cultural horizons.
Connecting with research centres like the Continuum Flow Lab, exploring advanced reaction monitoring and innovative chemical research.
Accessing the library, Skills Hub, and online resources to develop information-handling, digital, and practical laboratory skills.

Progression & Future Opportunities

Graduates from the BSc (Hons) Chemistry at Heriot-Watt go on to exciting and varied careers, from developing new materials or medicines to ensuring safety and sustainability in industries around the world. The degree gives you the scientific expertise, problem-solving mindset, and practical lab experience that employers value most. Many graduates build rewarding careers as:

Chemical analysts or research scientists in pharmaceutical, materials, or process industries
Quality-control or environmental specialists in food, water, or energy sectors
Industrial scientists or laboratory technologists working on product development and testing
Teachers or science communicators who inspire the next generation of chemists

You’ll be supported every step of the way, with dedicated career development resources and industry connections that open real doors for your future:

The Careers and Employability Service offers one-to-one advice, CV and interview workshops, and employer networking events throughout your studies.
Around 75% of graduates are employed within 15 months of finishing, and 20% go on to further study — with an average starting salary of £24,000.
Heriot-Watt ranks #1 in Scotland for graduate employability, with over 83% of students moving into high-skilled roles soon after graduation.
The School of Engineering and Physical Sciences works closely with industry through advisory boards and partnerships, ensuring your degree stays aligned with real employer needs.
The programme’s Royal Society of Chemistry accreditation adds professional credibility, giving you a head start toward chartered status and lifelong recognition in the field.

Further Academic Progression:
Many students choose to continue their journey in chemistry through postgraduate study — such as an MSc or PhD in chemical sciences, materials chemistry, or pharmaceutical research. Others branch into related fields like environmental management, data analytics, or education, or pursue professional training routes to become Chartered Chemists (CChem) through the Royal Society of Chemistry.