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3 Years On Campus Bachelors Program
Technological University DublinThe Bachelor of Science in Bioanalysis at Technological University Dublin prepares students to apply biological science principles to analyse and interpret biological samples using modern analytical methods, with broad applications across industry, public service, food, pharmaceutical, and environmental sectors. It suits students who enjoy hands-on laboratory work and want to develop practical competencies in chemistry, biology, and bioanalytical techniques while gaining the scientific knowledge needed for laboratory-based roles or further progression into honours study.
Curriculum Structure
Year 1
In the first year, students develop strong scientific fundamentals with modules in Biology 1, Chemistry 1, Physics 1, Critical Skills Development, Laboratory Skills I, and Mathematics for Science Students, followed by Biology 2, Chemistry 2, Laboratory Skills II, Mathematics 2, and Physics 2 in the second semester. These core modules establish the foundational lab skills and analytical thinking needed to progress into specialised bioanalysis topics later in the programme.
Year 2
The second year builds from the first with Scientific Analysis 1 focusing on chromatographic techniques and measurement systems, paired with Statistics to underpin data interpretation, and Scientific Analysis 2 in the second semester continuing analytical method education. These modules deepen students’ understanding of key laboratory techniques and scientific reasoning that are central to bioanalytical work.
Year 3
In the final year, students engage with advanced and applied bioanalysis topics including Analytical Techniques 1, Applied Biotechnology, Good Manufacturing Practice and Quality Systems, Laboratory Skills 5 for Bioanalysis, and Medical Microbiology in the first semester, followed by Analytical Techniques 2, DNA Analysis I, Laboratory Skills 6, Food Microbiology, and Pharmacology in the second semester. This year emphasises real-world laboratory competence, quality systems, microbiological analysis, and biomolecular techniques that prepare graduates for diverse scientific roles.
Focus areas
Foundational science principles, laboratory and analytical techniques, chromatographic and measurement systems, DNA and microbiological analysis, quality systems, and applied biotechnology.
Learning outcomes
Graduates will demonstrate practical competence in laboratory methods and analytical techniques, interpret scientific data accurately, understand quality assurance practices, apply multidisciplinary bioanalytical knowledge to real-world problems, and communicate scientific findings effectively.
Professional alignment (accreditation)
This Level 7 bachelor degree aligns with scientific and industry expectations for technical roles in bioanalysis, biotechnology, food science, environmental laboratories, and related sectors, and provides a pathway for progression to honours study in Bioanalytical Science.
Reputation (employability rankings)
Technological University Dublin is recognised in international university rankings and its science programmes have a strong track record of graduate employability, reflecting the practical, industry-focused training students receive in laboratory and analytical disciplines
Students enrolled in the Bachelor of Science in Bioanalysis at Technological University Dublin gain practical laboratory experience from the very start, learning to work like scientists with real samples and analytical tools used in industry. The programme blends foundational science with hands‑on laboratory practice across biology, chemistry and analytical techniques, giving students the confidence to work in lab environments where precision and reliability are key. Students attend regular practical sessions that build core skills such as measuring, sample preparation, chromatographic analysis and DNA testing. As they progress, they move into more specialised laboratory subjects including microbiology and pharmacology contexts, which prepare them for real‑world applications in sectors like healthcare testing, food safety and industrial analysis. Collaborative projects and presentations help them develop communication and teamwork skills that mirror professional science settings.
Key Experiential Learning Elements Include:
Laboratory skills modules throughout the degree that build competence in routine scientific techniques used in biological and analytical labs.
Practical exposure to analytical techniques including chromatography, measurement systems, and scientific analysis that reflect industry‑standard approaches.
Application‑orientated modules such as DNA analysis, microbiology and pharmacology that link theoretical knowledge with hands‑on experimentation.
Group assignments and scientific communication tasks that strengthen teamwork and the ability to explain results clearly.
A student research project component in later semesters where students integrate skills and knowledge in an extended scientific task.
Regular work in well‑equipped laboratories with access to essential campus facilities supporting scientific education.
Why This Degree Matters
This programme equips students with a solid foundation in analytical science, teaching them how to detect and analyse biological molecules, microorganisms and chemicals in real samples — skills that are valuable across biotechnology, pharmaceutical, healthcare and quality control labs. Graduates emerge ready to work as laboratory analysts, technicians or research assistants, with practical experience that sets them apart in the job market.
Graduates of the Bachelor of Science in Bioanalysis at Technological University Dublin gain strong practical laboratory skills and analytical techniques that prepare them for work in biotechnology, pharmaceutical, healthcare, public service, and environmental laboratories. Common early‑career roles include Quality Control/Assurance Analyst, Production Supervisor, Research Assistant, and Process Control Technician. The programme’s applied science focus ensures graduates are ready for lab‑based science careers and further professional advancement.
Progression & Future Opportunities
Career Services and Industry Support: Students benefit from TU Dublin’s Career Development Centre, which offers career coaching, work‑placement preparation, employer events, and networking opportunities to help students connect with industry.
Employment Stats & Salary Potential: Graduates are prepared for a range of analytical and lab‑based roles in life sciences, food industry, healthcare, and technical sales, with entry‑level opportunities gaining practical experience that supports competitive starting salaries typical for science and analytical graduates.
Professional Experience: The course emphasises laboratory skills through subjects in analytical techniques, microbiology, applied biotechnology, and DNA analysis, ensuring students gain hands‑on experience that aligns with industry expectations.
Industry Relevance & Partnerships: Bioanalysis at TU Dublin was developed in consultation with employers, researchers, and industry professionals to ensure graduates meet current workforce needs across bioanalytical science, environmental testing, food safety, and related sectors.
Accreditation and Long‑Term Value: As a recognised Level 7 degree within Ireland’s first technological university, the qualification provides foundational scientific competence and, on successful completion, students may progress to higher‑level study such as the Bachelor of Science (Honours) in Bioanalytical Science.
Further Academic Progression
After completing the Bachelor of Science in Bioanalysis, students can deepen their expertise by progressing to the Bachelor of Science (Honours) in Bioanalytical Science, where they develop advanced analytical skills and deeper conceptual knowledge. From there, graduates can pursue Master’s degrees in areas such as biotechnology, analytical chemistry, or pharmaceutical science, or PhD research in specialised life sciences fields, opening pathways to research, technical leadership, or advanced scientific careers.
IELTS (Academic): An overall IELTS score of 6.0 is required, with no individual component below 6.0.TOEFL iBT: A minimum overall score of 80 is required, including at least 21 in Writing and 18 in all other sections.Leaving Certificate Requirements: Applicants must present a minimum of five subjects, with no mandatory Higher Level subjects, and must achieve at least F2/O6/H7 in Mathematics and O6/H7 in English or Irish to meet basic eligibility requirements.QQI/FET Requirements: Applicants must hold a full QQI Level 5 or Level 6 Major Award, with no essential component award specified, and must note that QQI quotas and QQI points apply, with the maximum achievable QQI score capped at 390 points.International Baccalaureate (IB): Applicants are required to achieve an overall IB score of 24, be awarded the IB Diploma, and obtain a minimum of Grade 4 at Standard Level in the required subjects.A-Level and GCSE Requirements: Applicants presenting A-Level qualifications must meet subject equivalencies including H5 at Leaving Certificate equivalent to Grade C at A-Level (A2), while Mathematics and English must meet O6 equivalency at A-Level (E/D) or GCSE Grade 4/C, ensuring alignment with Leaving Certificate standards.NFQ Level: This programme is delivered at NFQ Level 7, leading to an ordinary degree qualification that aligns with national higher education and progression standards.CAO Points Range (2025): Entry is competitive, with a CAO points range of 300–441 anticipated for the 2025 intake, depending on applicant demand and overall academic performance.Number of Places: A total of 25 places are available, and applicants must meet all minimum entry requirements and achieve competitive CAO points for admission.CBSE / Indian Boards (HSC XII): Applicants from CBSE, ICSE, Kolkata, or Tamil Nadu boards require 70% overall, Maharashtra and Gujarat 75%, West Bengal 58%, and all other state boards 80% or above.American Curriculum (GPA / SAT / ACT): A High School Diploma with CGPA 2.4/4 requires completion of the TU Dublin Foundation at 60%–65%, while CGPA 3.0/4 allows direct entry with SAT 1090 or ACT 21.Analytical ChemistPharmaceutical ChemistQuality Control AnalystResearch ScientistChemical Laboratory TechnicianEnvironmental ChemistFood Safety AnalystForensic Science TechnicianMaterials Science AssistantPolymer ChemistBiotechnologist (Entry-Level)Clinical Research AssistantRegulatory Affairs AssistantValidation AnalystProcess Development AssistantMedical Laboratory TechnologistWater Quality AnalystToxicology AssistantEnergy and Battery Research TechnicianScience Education and Laboratory Demonstrator
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