MChem Chemistry with Year in Industry
About this course
Chemistry sits at the heart of how we understand matter, from the bonds that hold atoms together to the reactions that power life itself. It is a discipline that combines rigorous quantitative thinking with practical laboratory craft, asking fundamental questions about why substances behave as they do and how we can harness those behaviours to solve real problems. Cardiff University's three-year full-time Chemistry with Year in Industry programme gives you a thorough grounding in the core branches of the subject while providing a significant period of professional experience in an industrial or commercial setting. You will study the three traditional pillars of chemistry, organic, inorganic, and physical, building competence in synthesis, analysis, spectroscopy, and computational modelling. Alongside lecture and seminar work you will spend substantial time in the laboratory developing the practical skills that employers in chemical industries value highly. The integrated year in industry is a defining feature of this programme: rather than a short placement, you will join a working scientific team for an extended period, gaining insight into how chemistry operates at scale, understanding industrial processes, quality standards, and the commercial context in which research and development sit. This experience also strengthens your ability to manage projects, communicate findings to non-specialist audiences, and adapt quickly to professional environments. A typical tariff of 136 points reflects a programme that expects strong prior attainment in science and mathematics, and you will need that foundation as the curriculum grows progressively more demanding. Topics become more specialised as you advance, giving you the opportunity to explore areas such as materials chemistry, medicinal chemistry, or environmental analysis in greater depth, depending on the direction the programme takes. Graduates from chemistry programmes with industrial experience are well placed for careers in pharmaceuticals, agrochemicals, polymers, food science, energy, and environmental testing. Many move into research and development roles, technical sales, regulatory affairs, or quality assurance. The analytical and problem-solving skills you build also transfer readily into finance, patent law, science communication, and teaching. Those who wish to deepen their expertise can progress to postgraduate study, including MSc programmes, PhD research, or professional qualifications in areas such as chemical engineering or toxicology.
Syllabus & Modules
Typical curriculumStudent Satisfaction
National Student Survey - 70 respondents (70% response rate)
Similarly Ranked Alternatives
What comes next? 🎓
Choosing the right university starts with choosing the right school. Explore transparent, data-driven school profiles powered by official DfE statistics.
Explore Schools on WhatSchool.ai →