The BSc BioPharm is a future-focused programme created with the specific intention of developing graduates with the necessary scientific and transversal competencies to maximise the opportunities presented by the 4thIndustrial Revolution, the merging of the biological, digital and physical worlds. The programme will equip graduates with the foundation to become thought leaders in the Pharma-Tech space. They will develop the necessary professional and technical attributes to deliver innovative projects from concept to implementation, making a difference in people's lives, the economy and wider society.

The programme is delivered over 4 academic years. The teaching and learning strategy is focused on developing workplace-ready graduates. The curriculum is delivered using a spiral approach, where students have the opportunity to re-engage with concepts in greater depth as the programme progresses. The curriculum will be delivered in a multi-modal fashion to ensure the students have the opportunity to learn in different ways: learning from experts, learning with others, learning through making, learning through inquiry, learning through exploring, learning through practising, learning through assessment, learning in and across settings.

Year 1of the programme is focused on the acquisition of fundamental scientific knowledge across the biological & physical sciences. Students will explore topics such as Biochemistry, Molecular Biology, Medicinal Chemistry, Immunology, Pharmacology, Microbiology and pharmaceutics. Students will begin to develop their analytical skills, enhance their knowledge of statistics and begin to develop competency in Python programming. Students will also embark upon their professional formation as scientists, developing competency in Database Searching, Scientific writing, Scientific Communication, Research Ethics, Legal Frameworks, Critical Reflection & fundamental Laboratory Skills.

Year 2of the programme is directed at deepening the students' knowledge across key scientific disciplines of relevance. Students will develop their theoretical knowledge and practical application within the scientific disciplines of Human Genetics/Genomics, Pharmacology & Theranostics, Computational Biology (Advanced Statistics, R Programming), and Biologic & Immuno-therapies. Students will also explore the scientific and regulatory considerations of the Pharma-Tech sector, developing an appreciation of the relevant manufacturing processes, analytical methodologies and quality assurance metrics required by Regulators (CDE,EMA, FDA). Recognising the importance and complexity of project management within the Pharma-Tech sector, students will also develop key Project Management competencies.

Year 3of the programme provides a transformative opportunity for students to develop their transversal competencies through a supported 8-month work placement within the Pharma-Tech sector. Students will be afforded the opportunity to work with leading companies to enhance their skills in communication, organisation, negotiation, planning, team-working & problem-solving. Students will maintain a learning diary where they can critically reflect upon their professional formation as scientists and identify professional attributes for future growth. Moreover, this situated learning experience will also provide an opportunity for the student to enhance their technical competencies aligned with the business goals and objectives of the host organisation.

In Year 4, students will undertake advanced modules where they will explore state-of-the-art concepts, including their practical application in breakthrough technologies, such as in Precision Medicine, Advanced Drug Delivery, Cell-based therapies, Regenerative Medicine, Biomaterials, Orphan Diseases, Computational Biology & Connected Health. Students will also develop key skills in enterprise & innovation and establish competency in Leadership & Management. Finally, students will complete a cap-stone 12-week immersive research project in a research laboratory.