BSc (Hons) Pharmaceutical Chemistry with a Year in Industry / Research Bachelor's degree at the University of Reading

Learn the mathematical tools that will underpin and support all years of your chemistry degree programme. You'll gain hands-on experience by practicing your new skills in the supportive environment of weekly workshops, and by using the additional online resources.

Develop your basic skills in practical chemistry and study the principles described in the accompanying first-year chemistry modules. You'll learn to use fundamental software packages that are required for chemical report writing.

Understand the fundamental principles of inorganic chemistry by learning the core aspects of atomic structure, key bonding theories, and principles of solid-state chemistry. You'll also learn about trends in chemical and physical properties of elements, and key concepts of solution chemistry. You'll build a solid foundation of knowledge in core inorganic chemistry.

Learn the basic concepts of organic chemistry, such as the structure of organic compounds and their isomerism, the concept of a functional group and their predictable reactivity, and the unifying concept of mechanisms. You'll build a foundation for studying organic chemistry in greater depth in later modules.

Develop your knowledge of the fundamental principles of physical chemistry by studying core concepts of physical processes and molecular organisation. You'll learn the key concepts during lectures and develop your skills by applying knowledge during workshops.

Learn about the structure and organisation of cells, with a focus on the common features found in all life. You'll also discover how the differences between cells are essential for creating the diversity of life on the planet.

Develop your understanding of key aspects of inorganic chemistry. You'll learn the core aspects of transition-metal chemistry and its application to properties of inorganic complexes. You'll also explore trends in inorganic and organometallic chemistry, and ideas and concepts of symmetry.

Learn the chemistry necessary to make key bonds and structural motifs in some of the most important molecules that you encounter every day, including in medicines, household products and cosmetics. You'll learn the core concepts of organic chemistry and develop your ability to manipulate starting materials and make new C-C bonds.

Develop your understanding of key aspects of physical chemistry related to equilibrium and molecular structure. You'll examine questions raised in tutorials and workshops, and analyse numerical problems on relevant material.

Apply and further develop the skills you acquired in the Part 1 practical module and consolidate your Part 2 learning. You'll learn new experimental techniques, develop your science writing and communication skills, and build a foundation for the research project that you will undertake in your final year.

Discover the concepts and general principles relating to chemical biology. You'll learn about bioinorganic chemistry, aspects of pharmacology, pharmacy practice related to drug discovery, drug design and metal-based diagnostic agents, and develop your knowledge of the drug discovery process.

Gain experience of working on an extended project, as you research a topic using the tools of modern chemistry. You'll develop your academic skills in chemistry techniques, computation, independent thought and practice, and express those ideas in written and oral presentations.

Explore advanced topics in organic, coordination and organometallic chemistry, and build your knowledge to better understand the primary chemical literature.

Develop your knowledge of both physical and analytical chemistry by studying the core topics in depth. You'll learn key concepts, explore your understanding in workshops and have the opportunity to gain skills by applying the knowledge you've acquired.

Learn the causes and pathology of several common diseases and understand the development of chemotherapeutic strategies to treat them. You'll gain an appreciation of the interdisciplinary nature of the subject by drawing on the relevant aspects of pharmacology and biochemistry.

Deepen your understanding of the scientific principles that underpin the development and production of cosmetic products. You'll critically analyse a range of products available in the market today, gain insight into how colour is formulated in products, and discuss the practicalities of preservation. You'll also learn about the complex regulatory landscape surrounding cosmetic products.

Enhance your knowledge of chemical processes in the natural world and increase your awareness of contemporary environmental issues. You'll study key chemical reactions and examine the source, transport, and effect of pollutants on the environment and in living systems, as well as relevant mitigation measures, gaining valuable insight into the role of chemistry in nature and society.

Learn about bio- and man-made polymeric materials, their synthesis, biology and chemistry. You'll explore how amino acids and carbohydrates can be oligomerised to form a variety of materials with a myriad of functions. You'll also study the basics of synthesis, physical characterisation and functional applications of synthetic polymers.

Learn about important aspects of solid-state chemistry, including applications in energy and sensor technologies. You'll also learn how X-ray and neutron diffraction techniques are employed to determine the crystal structures of solids. You'll be engaged in learning through lectures, workshops, quizzes and hands-on experience.

Inspire the next generation of chemists whilst gaining teaching experience in a secondary school. Working as a mentor alongside specialist teachers, you will learn about the needs of individual pupils and staff responsibilities and have the opportunity to research, design, and implement a chemistry-based work project. Placement is subject to a selection process and DBS check

Learn how to organize, analyse and process data using the python programming language and various AI and machine learning tools.

Explore how scientific ideas become real-world products, with a focus on medicines, medical devices, and cosmetics. You'll work in teams to develop a business plan for novel scientific and technical products, gaining skills in innovation, product development, and business strategy.