BSc (Hons) Chemistry for Drug Discovery and Development

3 Years On Campus Bachelors Program

University of Lincoln

Program Overview

Program Overview
The BSc (Hons) in Chemistry for Drug Discovery and Development at the University of Lincoln is designed for students who want to turn a passion for chemistry into a career in the pharmaceutical industry. You’ll gain hands-on experience in the lab, learn how drugs are designed and delivered, and explore the science behind creating life-changing medicines.

Curriculum structure

First Year
In your first year, you’ll build a solid foundation in chemistry with modules like Core Chemistry 1.1: Introduction to Energy, Change and Electronic Structure and Core Chemistry 1.2: Molecular Structure, Bonding and Mechanism, where you’ll learn how molecules form and react. Introduction to Pharmaceutical Science introduces you to the world of drugs and their delivery, while Practical Chemistry and Professional Practice 1 give you the lab skills and professional knowledge you’ll need throughout your degree.

Second Year
The second year deepens your understanding of chemical and pharmaceutical sciences. Modules like Core Chemistry 2.1: Stability, Structure and Mechanism in Molecular Systems and Core Chemistry 2.2: Chemistry of Activated Systems and Radicals explore complex reactions and molecular structures. Drug Formulation and Delivery teaches how medicines are designed and administered, while Fundamentals of Pharmacology & Toxicology helps you understand how drugs interact with the body. Practical modules ensure you gain strong lab-based skills in synthesis and analysis, vital for any career in drug discovery.

Third Year
In your final year, you’ll take your skills to an advanced level. Biological Chemistry links chemistry with biology, helping you understand how drugs work in the body. Business, Regulation and Ethics for the Pharmaceutical Scientist prepares you for the real-world pharmaceutical environment, covering regulations, ethics, and manufacturing standards. Modules like Core Chemistry 3.1: Defining Shape, Symmetry and Stereochemistry and Core Chemistry 3.2: Heterogeneous Systems, Surfaces and Nanoscience explore cutting-edge topics, and your independent project lets you experience research like a professional scientist.

Focus areas
Organic, inorganic and physical chemistry; synthetic chemistry; drug formulation and delivery; pharmacology & toxicology; analytical methods; pharmaceutical industry regulations and professional practice.

Learning outcomes
Graduates will be ready to design and synthesise active molecules, understand drug delivery systems, evaluate pharmacology and toxicology, master advanced lab techniques, and meet industry standards — fully prepared for careers in drug discovery, pharmaceutical manufacturing, or further study.

Professional alignment (accreditation)
The course has strong industry links, including professional practice modules, placements, and projects with pharmaceutical companies, ensuring graduates gain real-world experience.

Reputation (employability rankings)
Lincoln’s chemistry programs are highly regarded, with the university ranked 2nd in the UK for student satisfaction in this subject (Complete University Guide 2025).

Experiential Learning (Research, Projects, Internships etc.)

Experiential Learning
At Lincoln, you don’t just learn chemistry from books — you get your hands dirty in real labs from day one. The course is packed with practical experiences, so you’ll see exactly how drugs are discovered, designed, and tested, while building the skills employers are looking for. You’ll work in small groups, tackle industry-style challenges, and gradually move from foundational lab techniques to advanced research projects, giving you a real sense of what it’s like to work in pharmaceutical science:

Work in specialist laboratories such as the Joseph Banks Laboratories and the Janet Lane‑Claypon Building, equipped with state-of-the-art teaching and research facilities.
Use advanced instruments like NMR, mass spectrometry, chromatography, electron microscopy, and X‑ray diffraction — the same tools used in real-world chemical and pharmaceutical research.
Gain practical experience from the very first year, learning core lab techniques, synthesis, purification, and molecular characterization, building up to more complex experiments in later years.
Develop professional skills through embedded modules in scientific communication, lab safety, data analysis, and the use of chemical databases.
Participate in real-world, group-based “industry challenges,” working with pharmaceutical companies and other partners to solve practical problems.
Complete a substantial independent research project in your final year, where you can design experiments, analyze data, and present your findings, giving you a taste of real scientific research.

Progression & Future Opportunities

Graduates from this programme are ready to step straight into exciting careers in pharmaceuticals, biotechnology, and chemical industries. Many go on to work as lab scientists, formulation chemists, quality-control analysts, or drug development specialists. Thanks to Lincoln’s practical approach and industry connections, most students secure skilled roles soon after finishing their degree:

Career support: The University’s dedicated Careers and Employability Team helps you with CVs, interview prep, placements, and live job opportunities, connecting you with potential employers both locally and globally.
Employment stats & salary: Physical Sciences graduates from Lincoln typically start on salaries around £26,500, 15 months after graduation.
University–industry partnerships: “Industry challenges” and practical projects involve real companies in pharmaceuticals, analytical science, and drug formulation, giving you hands-on experience with the type of problems you’ll tackle in your career.
Accreditation & long-term value: The degree meets professional standards in chemistry and pharmaceutical practice, ensuring your qualification stays respected and relevant to employers.
Graduation outcomes: Beyond drug development, graduates can pursue roles in molecular diagnostics, bioanalysis, immunology, quality control, energy, consumer goods, or chemical manufacturing.

Further Academic Progression:
If you want to keep learning, this BSc can be a springboard to a master’s in medicinal chemistry, pharmaceutical sciences, or chemical biology. For those interested in research, it also provides a strong foundation for a PhD, opening doors to advanced roles in R&D, academia, or biotech innovation.