Pharmaceutical Sciences (Drug Development and Analysis) – BSc

4 Years On Campus Bachelors Program

Technological University of the Shannon: Midlands Midwest

Program Overview

The BSc in Pharmaceutical Sciences (Drug Development and Analysis) equips you with the practical and scientific expertise needed to succeed in Ireland’s thriving pharmaceutical sector, focusing on how drugs are developed, analysed, and formulated. It’s ideal for students curious about chemistry, biology, and lab-based work who want a career that blends science with real-world industry application.

Curriculum Structure

Year 1

In the first year, you will build a strong foundation in the core sciences that underpin drug research and development. You will study Biology, Chemistry, and Physics for Chemical and Life Sciences, learning essential principles of living systems, molecular structures, and physical processes while developing lab safety and practical skills. Modules like Mathematics for Scientists and Transferable Skills will also help you strengthen your analytical thinking and teamwork, preparing you for more specialised study in later years.

Year 2

The second year focuses more on pharmaceutical-specific science. You will explore Organic Chemistry, Pharmaceutical Microbiology, and Physical Pharmaceutics, gaining insight into drug molecules, microbial behaviour, and how medicines are designed for effective delivery. Analytical Techniques 1 and 2 will develop your hands-on competence in methods such as chromatography and spectroscopy, which are central to quality control and drug analysis.

Year 3

In the final year, you will tackle advanced topics such as Pharmaceutical Synthesis and Pharmaceutical Spectroscopy, learning to make and characterise drug compounds. Pharmaceutical Biotechnology links biological molecules with modern therapies. A major highlight is the Work Placement or Industry Project, giving you real-world experience in a professional lab or production environment and preparing you for employment after graduation.

Focus Areas

Drug design and synthesis, analytical chemistry techniques, microbiology and biotechnology applications, pharmaceutical formulation, and quality control.

Learning Outcomes

Graduates will master laboratory and instrumentation skills, understand drug development processes, apply scientific reasoning to pharmaceutical problems, communicate effectively in scientific teams, and gain industry experience through structured placement.

Professional Alignment (Accreditation)

This Level 7 qualification is part of Ireland’s National Framework of Qualifications and prepares students for technical roles in pharmaceutical research and development, quality analysis, manufacturing support, or progression into Level 8 honours degrees.

Reputation (Employability & Recognition)

TUS is recognised for producing highly practical and industry-ready science graduates, with strong links to the Midlands’ pharmaceutical sector — one of Ireland’s key hubs for drug production and biotech innovation. The integrated work placement gives graduates a competitive advantage in the job market.

Experiential Learning (Research, Projects, Internships etc.)

As a student on this degree, you won’t just be learning from textbooks — you’ll be actively doing science in real lab environments from the very first year. The programme is designed around hands-on laboratory sessions where you will use sophisticated instruments for chromatography, spectroscopy, microbiology, synthesis, and formulation, giving you experience that mirrors a real pharmaceutical workplace. Through group projects and team-based modules such as Current Scientific Issues through Team-Based Learning, you will practice collaborating with peers just like scientists do in industry. Most importantly, a full-time work placement in your final year provides genuine industry experience, often within pharmaceutical or biotech facilities, so you graduate with both confidence and practical skills.

The experiential learning includes:

State-of-the-art laboratory work in chemistry, microbiology, and analytical techniques, using instruments for UV-Vis, HPLC, GC, spectroscopy, and more.
Virtual lab preparation tools that help you understand experimental techniques before entering the physical labs.
Group learning and projects in modules like Current Scientific Issues, where you analyse, discuss, and present scientific topics as a team.
Work placement in the second semester of the third year, giving you full-time experience in regulated lab environments aligned with Good Laboratory Practice (GLP) or Good Manufacturing Practice (GMP).
Industry-relevant final projects that introduce you to quality systems, compliance, and process mapping in real pharmaceutical settings.
Access to Athlone Campus facilities including modern science laboratories, lecture theatres, and computing suites to support your practical studies.
Library and research support with scientific databases, journals, group study spaces, and digital resources to strengthen your research and data analysis skills.

Progression & Future Opportunities

Graduates from this programme enter the job market with the skills that Ireland’s pharmaceutical and life sciences sector actively seeks. Many go on to roles such as Analytical Scientist, Quality Control/Assurance Analyst, Laboratory Technician, or Formulation Associate, while some also explore related fields like environmental monitoring or technical services. What sets you up for these opportunities is more than classroom learning — it’s your applied skills, industry placement experience, and professional confidence gained through real laboratory work and the integrated work semester.

Career support from TUS Careers and Employability Service: You’ll receive one-to-one and group guidance on CVs, interview skills, job search strategies, and placement preparation, helping you transition smoothly from study to work. This service also helps with planning and organising your work placement, which is a key part of the degree.
Work placement in the final year: A semester-long placement gives you hands-on experience in regulated laboratory or manufacturing environments with real responsibilities, often leading to job offers before graduation.
Strong links with pharmaceutical and biotech employers: TUS maintains partnerships with companies in the Midlands pharmaceutical cluster to keep the curriculum aligned with industry needs, ensuring graduates are immediately relevant to commercial laboratories and production facilities.
Graduate outcomes and employment prospects: The programme is designed to meet the growing demand for skilled science graduates in Ireland. Many past students have secured skilled lab and technical roles in industry, research, or wider public service sectors such as environmental monitoring.
Accreditation and professional value: This Level 7 qualification is recognised by employers in the pharmaceutical sector as a solid foundation for technical and laboratory careers.
Long-term career flexibility: Training in bench skills, analytical techniques, quality systems, and scientific communication provides a platform to grow into roles in biotechnology, quality assurance, clinical trials support, or regulatory science as experience is gained.

Further Academic Progression:
After completing this degree, students can continue into Year 4 of the Honours BSc (Level 8) in Pharmaceutical Science at TUS, building deeper scientific knowledge and broader career options. Others may pursue postgraduate study, such as an MSc in Pharmaceutical and Chemical Analysis or related master’s programmes in analytical or biopharmaceutical science, enhancing expertise for advanced laboratory, research, or specialist industry roles.