Applied Biology and Biopharmaceutical Science Bachelor of Science

3 Years On Campus Bachelors Program

Atlantic Technological University – Galway City

Program Overview

The Bachelor of Science in Applied Biology and Biopharmaceutical Science at Atlantic Technological University in Galway equips students with industry-relevant skills to enter the dynamic pharmaceutical, biomedical, and healthcare sectors, as well as roles in environmental protection and food quality. This degree blends hands-on laboratory training with theoretical foundations in biotechnology and cutting-edge biopharmaceutical science, preparing students for work or further study both in Ireland and internationally.

Curriculum Structure

Year 1 (Foundation in Science)
In the first year, students build a strong base in the core sciences with modules such as Biology, Chemistry, Physics, and Mathematics, alongside Academic and Professional Skills that develop laboratory techniques, communication, and scientific thinking. This year is designed to give students from diverse backgrounds a confident start in life sciences.

Year 2 (Intermediate Biological and Analytical Skills)
Year two deepens understanding with subjects like Biochemistry, Molecular Biology, and Analytical Techniques while introducing Microbiology, Fundamental Immunology, and Quality Management. Students also gain experience in data handling and statistics, preparing them for more advanced laboratory work.

Year 3 (Applied Science and Industry Focus)
In the third year, the focus shifts towards real-world applications with modules such as Microbiological Quality Control, Pharmaceutics, Chromatography, and Introduction to Pharmacology and Drug Delivery Systems. A significant project component helps students practise scientific communication and independent research skills.

Focus Areas

Biotechnology, molecular biology, biopharmaceutical technology, analytical science, quality control, immunology, pharmacology, regulatory affairs.

Learning Outcomes

Graduates will master laboratory techniques, interpret complex biological data, implement quality systems, design biopharmaceutical processes, communicate scientific findings, and solve real-world problems in biomedical and regulatory contexts.

Professional Alignment (Accreditation)

This honours degree (Level 8 NFQ) aligns with Irish and European qualification frameworks, positioning graduates for roles in biopharma, healthcare, quality assurance, and research sectors, as well as for postgraduate study.

Reputation (Employability Rankings)

ATU is part of Ireland’s growing biotechnology and biopharmaceutical hub — a country recognised for its strong life sciences industry and expanding careers in innovation and health sciences. Graduates of this programme often secure roles before graduation and progress into managerial, regulatory, and specialised technical careers.

Experiential Learning (Research, Projects, Internships etc.)

At Atlantic Technological University, this Applied Biology and Biopharmaceutical Science degree is built around practical, hands-on experience from day one. You won’t just be learning theory — you’ll be working in real laboratories, practising industry-standard scientific methods, and developing the skills that employers value most in life sciences and biopharmaceutical careers. The programme’s strong focus on applied science means you’ll use modern equipment and techniques across biology, biotechnology, and analytical science, while benefiting from the university’s connections with research centres and industry partners.

This hands-on approach includes:

State-of-the-art science and research facilities that support practical training in biotechnology, genetic engineering, and biopharmaceutical science, allowing you to apply classroom knowledge to real lab work.
Modern laboratories for biology and analysis where you’ll practise techniques such as molecular biology, microbial culture, analytical measurements, and quality control testing.
Collaborative projects and team-based lab work that mirror real research and industry environments, helping you develop teamwork, communication, and problem-solving skills alongside scientific expertise.
Use of industry-relevant equipment and digital tools commonly employed in biopharmaceutical settings, giving you a practical advantage for internships or future employment.
Opportunities to connect with industry partners and research centres, providing exposure to current industry standards and expectations.
Access to campus libraries, study resources, and research support, ensuring you have everything you need for independent projects and exploring contemporary biopharmaceutical research.

Progression & Future Opportunities

Graduates from the Applied Biology and Biopharmaceutical Science degree are well positioned to start meaningful careers in Ireland’s thriving life sciences and biopharmaceutical sectors. Typical roles include biopharmaceutical process scientist, quality control analyst, microbiology or analytical laboratory specialist, and regulatory affairs or quality assurance officer. Many students secure employment even before they graduate, thanks to the programme’s strong industry focus and hands-on training:

Career Development Support: The university’s Career Development Centre offers personalised guidance throughout your studies, including help with CVs, interviews, networking opportunities, and connections with potential employers.
Strong Graduate Employability: A high proportion of graduates find relevant jobs or pursue further study within months of finishing, reflecting the practical and industry-aligned nature of the programme.
Industry Connections: ATU maintains links with organisations such as the National Institute of Bioprocessing Research & Training (NIBRT), giving students exposure to professional networks and current industry practices.
Accreditation Value: This honours degree is recognised on the Irish National Framework of Qualifications (Level 8), which supports progression into regulated scientific careers or further postgraduate study, both in Ireland and internationally.
Graduate Outcomes: Graduates find work in pharmaceutical, biomedical, healthcare, environmental safety, and regulatory sectors, with some moving into supervisory, managerial, or specialised technical roles.

Further Academic Progression:
After completing this bachelor’s degree, students can continue their studies to gain advanced expertise and expand career opportunities. Many choose to pursue postgraduate qualifications, such as a master’s in biopharmaceutical manufacturing, advanced biopharmaceutical science, or related life sciences fields. These programmes build on the skills developed during the degree and are closely aligned with industry needs, offering additional pathways into research, leadership, or specialised technical roles.