Bachelor in Chemistry with Biosciences: Chemical Sciences

At Trinity College Dublin, the Bachelor in Chemistry with Biosciences offers a rich blend of experimental chemical science and life-science applications, giving you a strong foundation in both disciplines while preparing you for real-world scientific challenges. What makes this programme stand out is its emphasis on hands-on laboratory experience, integrated practical work, and exposure to modern bioscience techniques alongside traditional chemistry. From molecular structure and reaction mechanisms to biomolecular analysis and cellular science, you’ll learn by doing — conducting experiments, interpreting data, and using professional equipment that mirrors research and industry environments. This cross-disciplinary honours degree equips you with the laboratory skills, analytical thinking, and collaborative experience needed for careers in pharmaceuticals, biotechnology, environmental science, health sciences, and research.

Here’s how experiential learning is embedded throughout your degree:

• Advanced Chemistry Laboratories
  From your first year, you spend significant time in modern laboratories performing chemical synthesis, analytical assays, materials characterisation, physical chemistry experiments, and practical measurement tasks that reinforce theoretical learning.

• Biosciences Practical Sessions
  Practical modules in biosciences introduce you to biological techniques such as cellular assays, biomolecule analysis, microbiological methods, and laboratory practices common to biotechnology and health science research.

• Analytical & Instrumentation Training
  You gain hands-on experience with professional instruments such as spectrometers, chromatographs, microscopes, and other analytical tools used in both chemistry and biosciences, developing technical confidence and measurement precision.

• Integrated Projects & Applied Case Studies
  Applied assignments help you connect chemical principles with biological systems — such as studying biochemical reactions, environmental chemical interactions, or molecular behaviour in living systems — strengthening your interdisciplinary skill set.

• Group Work & Scientific Communication
  Many lab modules involve team-based activities, encouraging collaboration, data analysis, presentation skills, and clear scientific reporting — all key competencies in modern science careers.

• Computational Analysis & Modelling Tools
  Alongside hands-on work, you use computational tools to model chemical behaviour, analyse data trends, and support experimental design — reflecting the way science is done in research and industry.

• Final-Year Research or Capstone Project
  In your honours years, you undertake a substantial independent or group project that integrates chemistry and biosciences, allowing you to investigate a complex scientific question, design experiments, and present your results professionally.

• Professional Practice & Safety in Labs
  Safe laboratory practice, ethical scientific conduct, accurate record keeping, and scientific documentation are emphasised throughout, preparing you for professional scientific environments.

Facilities & Practical Resources:
Trinity’s specialised chemical laboratories, bioscience and biomolecular labs, advanced analytical instrumentation suites, microscopy and imaging facilities, computational chemistry and bioinformatics resources, collaborative project spaces, tutorial and lecture rooms, and access to extensive academic library and research collections — all structured to give you real, interdisciplinary scientific experience.

Why choose Chemistry with Biosciences at Trinity

This honours degree is ideal for students who want a cross-disciplinary science education that covers both chemical principles and biological applications. Graduates are highly valued in sectors such as pharmaceuticals, biotechnology, environmental science, healthcare research, materials science, food and nutrition science, and academic research. The practical experience, analytical training, and interdisciplinary understanding you gain also make you well prepared for postgraduate study and professional careers in both chemistry and bioscience fields.

The Bachelor in Chemistry with Biosciences (Chemical Sciences) at Trinity College Dublin (TCD) prepares you for an exciting career at the interface of chemistry, biology and medicine. Graduates typically move into roles such as Pharmaceutical Scientist, Biotech Researcher, Clinical Laboratory Scientist and Biomedical Analyst, working in global pharma, biotechnology, healthcare and life-science research organisations. This degree gives you a powerful combination of chemical expertise and biological understanding that today’s science-driven industries are actively seeking:

• University Services to Support Your Career:
Trinity’s Careers Service supports students with one-to-one career coaching, CV and interview preparation, employer networking events, industry recruitment fairs, research internship opportunities and access to leading pharmaceutical and biotech employers.

• Employment Outcomes & Salary Prospects:
Graduates in chemical and biosciences are in strong demand across Ireland’s world-leading pharmaceutical and biotech sector. Entry-level scientific roles offer competitive salaries with clear progression into senior research, regulatory, quality assurance and leadership positions.

• University–Industry and Research Partnerships:
Trinity is a global research university with strong links to pharmaceutical, biomedical, medical device and biotech companies. Students benefit from research-led teaching, cutting-edge laboratories and opportunities to work on real-world scientific projects alongside internationally recognised researchers.

• Long-Term Accreditation Value:
A Trinity science degree is internationally respected and aligned with global scientific education standards. The integration of chemistry and biosciences ensures long-term relevance across healthcare, drug development and life-science innovation sectors.

• Graduation Outcomes:
Graduates develop strong skills in chemical analysis, biochemistry, molecular biology, laboratory research, data interpretation and scientific problem-solving. You will graduate fully prepared for professional scientific careers or advanced postgraduate study.

Typical roles graduates pursue include:
• Pharmaceutical or Biotech Scientist — supporting drug development and production.
• Clinical Laboratory Scientist — working in diagnostics and healthcare research.
• Biomedical Researcher — contributing to medical and life-science innovation.
• Quality Control & Regulatory Scientist — ensuring safety and compliance in pharma and biotech.

Further Academic Progression:

After completing the Bachelor in Chemistry with Biosciences, you can progress to Master’s degrees in areas such as Pharmaceutical Science, Biotechnology, Biomedical Science, Drug Discovery, Molecular Medicine or Clinical Research. Many graduates also pursue PhD research in advanced fields including cancer research, drug development, genetics, immunology and biomedical innovation. Postgraduate study opens the door to senior scientific roles, research leadership and academic careers, while significantly strengthening your global career prospects.