Studying chemistry abroad

What is chemistry?

Chemistry is the science that studies the properties, composition, and behaviour of matter. It explores how substances interact, combine, and change, as well as the energy involved in these processes.

From the smallest particles to complex molecular systems, chemistry helps us understand the materials that make up our world.

As a chemistry student, you will investigate topics such as organic and inorganic compounds, chemical reactions, thermodynamics, and spectroscopy.

The subject links closely with physics, biology, environmental science, and engineering, making it central to many scientific and industrial fields.

Why study chemistry abroad?

Learning chemistry in another country gives you access to different research facilities, teaching approaches, and professional networks. You might study cutting-edge nanotechnology in Japan, explore pharmaceutical innovation in Switzerland, or examine environmental chemistry in Scandinavia.

Studying in a new environment can also help you develop fresh perspectives on scientific challenges. You will meet researchers from around the world, gain intercultural experience, and open doors to international collaborations.

What you will study

Chemistry degrees often balance theoretical knowledge with practical experimentation. Areas you might explore include:

• Organic Chemistry – the study of carbon-based compounds and their reactions.
• Inorganic Chemistry – the chemistry of metals, minerals, and non-organic materials.
• Physical Chemistry – understanding the energy and forces behind chemical processes.
• Analytical Chemistry – techniques for identifying and measuring chemical substances.
• Biochemistry – the chemistry of living systems and biological molecules.
• Materials Chemistry – developing and studying new materials for technology and industry.
• Laboratory Skills and Safety – practical training in handling chemicals and equipment.

Many programmes include research projects, industrial placements, and opportunities to present findings at academic conferences.

Related subjects you might also like:

• Biochemistry
• Chemical Engineering
• Materials Science
• Environmental Chemistry
• Nanotechnology

Accreditation

At undergraduate level, you may graduate with a Bachelor of Science (BSc) in Chemistry, Applied Chemistry, or Chemical Sciences. Some universities offer integrated Master’s programmes that combine undergraduate and postgraduate study in one course.

Postgraduate options include a Master of Science (MSc) or Master of Research (MRes) in specialised areas such as analytical chemistry, medicinal chemistry, or polymer science. A PhD is often required for careers in academic research or advanced industry roles.

In certain countries, professional accreditation or membership is available through organisations such as the Royal Society of Chemistry in the UK or the American Chemical Society in the US.

Careers

A chemistry degree can lead to careers in research, industry, education, and healthcare. You could work in pharmaceuticals, developing new medicines, or in environmental testing, ensuring air and water quality.

Some graduates enter the chemical manufacturing sector, producing materials for construction, electronics, or energy. Others work as analytical scientists, forensic chemists, or product developers in fields ranging from cosmetics to food science.

Chemistry graduates develop skills in problem-solving, laboratory techniques, data analysis, and project management. These abilities are valued in many industries, offering opportunities to work both locally and internationally.