Biochemistry: Biological and Biomedical Sciences

4 Years On Campus Bachelors Program

Trinity College Dublin TCD

Program Overview

The BSc (Honours) Biochemistry (Biological and Biomedical Sciences) at Trinity College Dublin is a four-year honours bachelor’s degree that explores the molecular basis of life by combining biology, chemistry, genetics, and advanced biochemistry with research-led learning and laboratory experience. It suits students passionate about life sciences, biomedical research, biotechnology, and healthcare, offering opportunities to specialise in biochemistry and undertake independent research projects in cutting-edge scientific areas.

Curriculum structure

First and Second Years:

In the first two years, students in the Biological and Biomedical Sciences (TR060) programme take a broad suite of core science modules that build foundational understanding across biology, chemistry and quantitative science. Core topics include cell structure and composition, genetics and evolution, molecular biology, metabolism, and anatomy and physiology of a range of organisms, along with essential mathematics, statistics and computational skills that underpin biological analysis. Students also have the flexibility to explore complementary subjects through electives such as chemistry for biologists, animal behaviour, or microbes and immunity, helping them broaden their scientific perspective before specialising in biochemistry.

Third Year:

In the third year, students begin to focus more specifically on biochemistry alongside allied disciplines, studying modules that typically cover protein structure and function, membrane and cell biology, nucleic acids, and research skills. This year includes individual and group projects that strengthen scientific communication, experimental design, and teamwork, while also allowing optional modules from other areas of the Biological & Biomedical Sciences stream. Students continue to build analytical and practical laboratory skills foundational for advanced study and research.

Fourth Year:

The final year is characterised by advanced biochemistry modules drawing on current research in fields such as neurobiology, parasitology, cancer biology, and metabolic diseases, reflecting the School’s research strengths. Students also undertake a Capstone research project, working alongside faculty in a laboratory environment to address real scientific questions — from inflammation in disease progression to mechanisms of neurodegeneration. This year emphasizes independent research, critical thinking, and professional scientific communication.

Focus areas (in a string):
Cell and molecular biology, genetics, metabolism, protein structure and function, research methodology, advanced biomedical topics.

Learning outcomes (in a string):
Apply molecular and biochemical principles to biological systems; conduct laboratory research and interpret data; integrate interdisciplinary science knowledge; communicate scientific findings effectively; pursue careers in research, biotechnology, or healthcare.

Professional alignment (accreditation):
The degree is an Honours Bachelor (Level 8 NFQ) in the Biological and Biomedical Sciences, with a biochemistry moderatorship that prepares graduates for careers in pharmaceutical, biomedical, and biotechnology industries or for further postgraduate study — including research and professional pathways.

Reputation (employability rankings):
Trinity College Dublin is consistently ranked among the top universities globally (often within the top ~100–200 in major rankings such as QS World University Rankings), with strong research output and graduate employability in science and health fields, supporting its graduates in diverse scientific careers.

Experiential Learning (Research, Projects, Internships etc.)

The programme's experiential learning framework is built on direct integration with active research laboratories and includes the following specific components:

Capstone Research Project: A nine-week, full-time individual research project in the final year, conducted within the laboratory of one of the School's principal investigators. Recent examples include projects on inflammation in breast cancer progression and mechanisms of chronic neurodegeneration.
Dedicated Research Institute & Facilities: All teaching and major research projects are centered in the Trinity Biomedical Sciences Institute (TBSI). This gives students direct access to Ireland's most advanced core facilities, including those for confocal microscopy, flow cytometry, NMR spectroscopy, and X-ray crystallography.
Third-Year Project Work: Students undertake both individual and group project work in their third year, which emphasizes developing science communication skills alongside laboratory techniques.
Small Group Tutorials: A special feature in third and fourth year involves small group tutorials (2-3 students) with an assigned academic staff member for focused, personalized learning.
Study Abroad / Internship Opportunity: The School participates in the Erasmus+ scheme, offering students the opportunity to spend their third year studying at a partner university abroad, which serves as an international academic internship experience.

Progression & Future Opportunities

Graduates of Trinity College Dublin's Biochemistry (Biological and Biomedical Sciences) program develop advanced laboratory skills, molecular research expertise, and analytical capabilities, preparing them for impactful roles in pharmaceuticals, research, and healthcare innovation. They excel in protein analysis, genetics, and disease mechanisms through hands-on research training. Typical job roles include research scientist, pharmaceutical analyst, clinical biochemist, and biotech consultant.

Progression & Future Opportunities: TCD's career network ensures strong prospects:

Careers Service offers pharma recruitment fairs (Pfizer, GSK), research internships, CV workshops, global placements.
95%+ employed within 6 months; starting salaries €35,000–€45,000 (~AED 150K–190K).
Partnerships with biotech firms, hospitals, Forensic Science Ireland for direct recruitment.
International accreditation guarantees worldwide recognition for senior research roles.
Graduates lead R&D projects, clinical trials within 3-5 years.

Further Academic Progression: Graduates pursue TCD MSc Biotechnology, Immunology, or PhD programs; many advance to international doctorates at Harvard/Oxford for academia or pharma leadership.