Bachelor of Science Pharmaceutical Science

3 Years On Campus Bachelors Program

Munster Technological University – Kerry Campus

Program Overview

The BSc in Pharmaceutical Science at Munster Technological University equips you with the scientific knowledge and laboratory skills needed to excel in the fast-growing pharmaceutical and biopharmaceutical industry — one of Ireland’s largest manufacturing sectors. You’ll gain hands-on experience from day one, learning how to analyse pharmaceutical products and apply modern scientific techniques in real laboratory settings.

Curriculum Structure

First Year:
In your first year, you’ll build a solid scientific foundation with core modules such as Biology and Chemistry, developing an understanding of biological systems and fundamental chemical concepts. You’ll also gain essential laboratory skills through Good Laboratory Practice and strengthen your analytical mindset with Essential Scientific Maths and Mathematics and Statistics for Science. Combined with Scientific Communication and Computer Applications, this year ensures you are confident working with data, instrumentation, and in collaborative scientific environments.

Second Year:
The second year deepens your scientific expertise with applied topics such as Applied Pharmaceutical Chemistry and Pharmaceutical Microbiology, where you will explore drug formulation and microbial behaviour relevant to pharmaceutical products. Complementing this, Biochemistry and Molecular Biology and Cell Culture introduce you to the chemistry of life and modern laboratory techniques used in analysing complex biological samples. These modules prepare you to handle real-world challenges in healthcare and quality testing laboratories.

Third Year:
In your final year, you will bring together your practical skills and scientific knowledge through an analytical project that lets you investigate a real pharmaceutical product using the laboratory techniques you have mastered. This year focuses on independent research and critical thinking, giving you hands-on experience that employers look for in quality control, testing, and biopharmaceutical roles.

Focus areas:
Pharmaceutical analysis, biopharmaceutical techniques, laboratory instrumentation, quality control

Learning outcomes:
Graduates will demonstrate competence in laboratory analysis, professional scientific communication, problem-solving with scientific data, and practical skills for pharmaceutical testing environments.

Professional alignment (accreditation):
The programme is designed to meet the needs of Ireland’s pharmaceutical industry, providing graduates with the practical lab expertise and quality assurance skills required for industry roles.

Reputation (employability rankings):
MTU’s pharmaceutical science programmes are recognised for preparing students with industry-ready skills, reflected in strong progression into laboratory analyst positions and careers in the biopharmaceutical sector.

Experiential Learning (Research, Projects, Internships etc.)

At MTU, practical laboratory experience is at the heart of the BSc in Pharmaceutical Science. From the very first year, you’ll spend significant time in well-equipped laboratories, developing hands-on skills in analytical techniques, good laboratory practice, and experimental procedures — the same skills that pharmaceutical employers seek in quality control and testing roles. Throughout the course, you will work with industry-standard instrumentation and real samples, and in your final year, you’ll complete a capstone analytical project where you apply everything you’ve learned to investigate an actual pharmaceutical product. This combination of structured lab time, practical assessments, and project work ensures you graduate not just with knowledge but with confidence and technical expertise:

Industry-standard laboratory practice: Training in core laboratory techniques, analytical measurements, and safety procedures, integrated into modules such as Good Laboratory Practice and Applied Pharmaceutical Chemistry, helps you become familiar with the instruments and workflows used in pharmaceutical labs.
Hands-on analytical project: In your third year, you will design and carry out an analytical project on a pharmaceutical product, giving you the opportunity to think independently and solve real-world problems.
Collaborative and competitive experience: You’ll participate in scientific challenges and competitions, applying your laboratory skills in practical scenarios alongside peers from other institutions.
Structured support facilities: You will learn and practice in MTU’s science teaching laboratories, which are equipped with microscopes, spectrophotometers, incubators, and analytical instruments that support pharmaceutical and biological analysis, providing a realistic workplace learning environment.
Professional communication and digital tools: Modules such as Scientific Communication and Computer Applications ensure you are confident using key software and data communication skills essential in modern laboratories and research settings.

Progression & Future Opportunities

Graduates from this programme are well prepared for careers across the pharmaceutical and science sectors, where they can take on roles such as Laboratory Analyst, Quality Control Technician, Product Testing Specialist, or Technical Support Scientist. With Ireland’s pharmaceutical and biopharmaceutical industry being one of the largest and fastest-growing manufacturing sectors in the country, graduates can expect strong employment opportunities immediately after completing their degree:

Career support services: MTU’s Careers Service provides tailored support including help with CV writing, interview preparation, job search strategies, and connections to employers through networking events and career fairs.
Employment prospects and roles: Graduates commonly work in product analysis and testing, quality control and assurance, instrument calibration, manufacturing and bioprocessing, environmental monitoring, or technical support — practical roles that make full use of the laboratory and analytical skills developed during the degree.
Industry alignment: The programme is designed with a strong focus on laboratory skills and pharmaceutical analysis, which means employers in Ireland’s pharma and biopharma sector value MTU graduates as ready to contribute from day one.
Accreditation and long-term value: While this level 7 programme is not a professional accreditation for regulated roles, it provides highly valued practical training and prepares students for further study or technical roles in the industry.

Further Academic Progression:
Graduates can progress to the fourth year of the Level 8 BSc (Honours) in Pharmaceutical Science at MTU, or apply to other related honours degree programmes. Completing a level 8 honours degree opens doors to more specialised technical roles, research positions, or postgraduate study, offering a pathway to deepen expertise in pharmaceutical and biopharmaceutical science.