BA Hons Biochemistry: Biological and Biomedical Sciences

4 Years On Campus Bachelors Program

Trinity College Dublin TCD

Program Overview

If you’re fascinated by how life works at the molecular level and want to understand what happens inside cells when things go right or go wrong — this degree is right up your alley. At Trinity College Dublin, the Biochemistry: Biological and Biomedical Sciences course gives you a deep grounding in biology and chemistry, while equipping you with the skills to explore cutting‑edge research in areas like genetics, disease mechanisms, and drug development.

The programme is ideal for curious students who enjoy asking questions like “What makes proteins function?” or “How can we use science to fight disease?” and who want a mix of theory, practical lab work, and real research experience to prepare them for careers in science, medicine, or further study.

Curriculum Structure

Year 1 & Year 2
Your first two years are all about building a broad scientific foundation. You’ll dive into core modules covering biology, chemistry, mathematics, statistics and computation, and even introductory physics for life scientists ensuring you understand how molecules interact inside living organisms and how biological systems behave. These years are structured so you get both strong theoretical knowledge and hands‑on experience with laboratory techniques.

Year 3
In your third year, you begin to specialise. If you choose Biochemistry, you’ll explore advanced topics such as protein structure and function, membrane and cell biology, and nucleic acids all key to understanding how life operates at the smallest scales. You’ll take part in individual and group research projects, build your science communication skills, and have the chance to pick complementary modules across biology and even in non‑science subjects if you want breadth.

Year 4
Your final year is where you really shine as an independent scientist. You’ll study advanced biochemistry topics linked to current research in areas like neurobiology, cancer biology, and metabolic diseases. Most importantly, you’ll complete a Capstone research project working alongside a Trinity professor in a real research lab an experience that sets you apart in job markets and postgraduate applications alike.

Focus areas: Molecular and cellular biology, protein structure and function, metabolic and disease mechanisms, advanced lab techniques, research project work.

Learning outcomes: You’ll graduate able to explain fundamental biological processes at a molecular level, design and carry out experiments confidently, think critically about scientific problems, communicate findings clearly, and contribute meaningfully to research environments.

Professional alignment (accreditation): This four‑year honours degree is awarded as a B.A. Moderatorship (NFQ Level 8) by Trinity College Dublin, reflecting its comprehensive scientific training and recognition within Ireland’s education framework.

Reputation (employability rankings): Trinity College Dublin consistently ranks among the world’s top universities, known for its strong research culture and international reputation — giving graduates an edge in science, research, medicine, and industry globally. (Official TCD global rankings are referenced on the university website and in their admissions materials.)

Experiential Learning (Research, Projects, Internships etc.)

When you study Biochemistry and Biological & Biomedical Sciences at Trinity, your learning is rooted in real scientific practice and research, not just lectures. You’ll be based in modern facilities like the Trinity Biomedical Sciences Institute, where interdisciplinary labs equip you with hands‑on experience in cutting‑edge techniques such as microscopy, cytometry, NMR, and X‑ray crystallography. From early teamwork in labs to individual research projects in your final year, your degree is built around doing science the way professionals do it. Trinity’s strong research environment means your studies are driven by discoveries happening right now, so you graduate not only with knowledge but with practical skills that matter in the real world.

Here’s how experiential learning works throughout your degree:

State‑of‑the‑art laboratories: Most of your practical training happens in the Trinity Biomedical Sciences Institute and affiliated science labs, where you gain hands‑on experience with advanced instrumentation used in real biomedical research.
Small group tutorials: In later years, you’ll work closely in small teams (2–3 students) with academic staff to deepen your laboratory problem‑solving and analytical skills.
Capstone individual research project: In your fourth year, you undertake a nine‑week independent research project in the lab of an active research leader, bringing you face‑to‑face with authentic research questions — for example, exploring inflammation in cancer progression or mechanisms of neurodegeneration.
Group and individual project work: Throughout third year you’ll complete project modules that build your science communication, data analysis, and teamwork skills.
Practical techniques & scientific tools: You’ll use microscopy, cytometry, protein analysis, and structural biology tools, which are directly relevant to careers in biotechnology, pharmaceuticals, and clinical labs.
Study abroad opportunities: Through Erasmus and partner programmes, you can spend time studying at an overseas university, broadening your scientific perspective and cultural experience.
Summer internships & research placements: While not part of the core curriculum, many students seek internships or lab placements during summer breaks either through Trinity’s internal opportunities or external research partnerships to further enhance hands‑on experience.

This blend of lab‑based learning, mentored research, advanced scientific tools, and optional internships or exchange experiences ensures that you graduate as a confident, capable scientist ready for work in biomedical research, industry, clinical diagnostics, or postgraduate study.

Progression & Future Opportunities

Biochemistry: Biological and Biomedical Sciences at Trinity College Dublin (TCD) opens doors into a wide range of careers where molecular life sciences intersect with medicine, industry and research — from pharmaceutical and biotech roles to clinical research, science communication and regulatory science. Graduates are sought after for their analytical, laboratory and communication skills, and the strong reputation of Trinity’s research‑led education gives your degree weight both in Ireland and internationally: employers include global pharma like Pfizer, MSD and Novartis, public bodies like HSE and Forensic Science Ireland, and media outlets like RTÉ and the BBC.

Progression & Future Opportunities:

TCD Careers Service: Offers advice on CVs, interviews, internships, job fairs, and connects you with industry and research employers — helping you navigate your post‑degree path and secure opportunities.
Cutting‑edge research environment: You’ll study and train in the Trinity Biomedical Sciences Institute, with access to advanced facilities and opportunities to work on real, current research projects.
Industry relevance & employers: Trinity Biochemistry graduates work in pharmaceuticals, biotechnology, diagnostic labs, government science agencies, and scientific media — in roles ranging from laboratory scientists to communicators and patent specialists.
Interdisciplinary opportunities: While the programme is rooted in molecular biology and chemistry, your skills transfer into information systems, management, policy, and teaching — reflecting the broad applicability of scientific training.
Global recognition: A B.A. Honours (Level 8 NFQ) from Trinity is widely respected, giving you credibility in research, industry, and academia worldwide.
Graduate outcomes: Alumni enter diverse career paths including biotech/pharma labs, clinical research support, forensic science, science journalism, and public science administration.

Further Academic Progression:
After this programme, many students choose to continue into postgraduate study such as Master’s or PhD research in biochemistry, molecular medicine, pharmacology or biomedical sciences, or specialised courses (e.g., clinical or regulatory science) that prepare you for leadership roles in research, industry or healthcare. Graduate study also enhances competitiveness for advanced scientific careers and opens doors to international opportunities.

What This Degree Offers You

What you’ll study:

Building a deep understanding of molecular biology, protein structure and function, cell biology and research methods. Hands‑on laboratory experience and an individual Capstone research project in your final year where you work alongside an active researcher.
Broader scientific skills including communication, data analysis, problem‑solving, and interdisciplinary thinking.

Structure:

Years 1–2: Core science modules in biology, chemistry, maths, and complementary electives.
Years 3–4: Specialise in biochemistry within the TR060 Biological & Biomedical Sciences stream, with options to explore advanced topics and complete a research project.
Optional study abroad: Through Erasmus and exchange programmes at partner universities.

Because this programme is designed around research‑led teaching and is science‑focused rather than a professional licence pathway, some roles (like clinical medical scientist in an Irish hospital lab under CORU) may require additional accredited postgraduate study or qualifications. However, the strong foundation you’ll build here prepares you for a wide range of scientific careers and further specialised training.