Bachelor of Science (Honours) in DNA and Forensic Science

4 Years On Campus Bachelors Program

Technological University Dublin

Program Overview

The Bachelor of Science (Honours) in DNA and Forensic Science at Technological University Dublin is a four-year honours degree that equips students with scientific knowledge and practical laboratory skills crucial for analysing biological and chemical evidence in forensic and related scientific settings. It is ideal for students fascinated by forensic science, DNA technologies, and the role scientific analysis plays in supporting legal processes and diverse industries.

Curriculum Structure

Year 1
In the first year, students build foundational scientific understanding through core modules such as Biology 1, Chemistry 1, Introduction to Forensic Science, Mathematics for Science Students, and Lab Skills for DNA and Forensics. These subjects develop essential laboratory competence, critical thinking, and problem-solving skills that support progression into advanced forensic concepts in later years.

Year 2
The second year continues to strengthen scientific breadth with modules including Chromatography & Evidence Searching, Laboratory Skills III for Forensics, and General Microbiology, alongside Organic Chemistry and Statistics. This year deepens students’ laboratory expertise and understanding of analytical techniques central to forensic and scientific analysis.

Year 3
In the third year, students advance into specialised forensics and analytical work with Analytical Techniques 1, Forensic Genetics, and DNA Analysis I, complemented by modules such as Law and Ethics for Forensics and Materials & Trace Analysis. This phase broadens students’ ability to apply scientific reasoning to real forensic challenges.

Year 4
The final year focuses on higher-level forensic applications and professional readiness with modules including Forensic Toxicology, Drug Analysis, DNA Analysis II, and Criminal Evidence Evaluation and Presentation, as well as a capstone Project for Forensic Science that reinforces independent research and reporting skills.

Focus areas
Forensic laboratory science, DNA and genetic analysis, analytical chemistry techniques, evidence interpretation, legal and ethical considerations in forensic practice.

Learning outcomes
Graduates will demonstrate advanced competence in forensic and analytical laboratory techniques, interpret scientific evidence with precision, apply multidisciplinary scientific knowledge to complex problems, and communicate findings clearly to both scientific and legal audiences.

Professional alignment (accreditation)
The programme is recognised by professional bodies such as the Chartered Society of Forensic Sciences, aligning academic learning with industry standards and expectations for forensic science and analytical roles.

Reputation (employability rankings)
Technological University Dublin is ranked in the QS World University Rankings and has strong graduate employability outcomes across its science degrees, reflecting the practical and research-oriented training students receive.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Science (Honours) in DNA and Forensic Science at Technological University Dublin learn through a strongly experiential and applied curriculum that places them in laboratory environments from early in their programme. Students use specialised forensic and bioscience laboratories to practice techniques used in real forensic investigations, including DNA profiling, trace evidence analysis, and chemical testing. Coursework includes numerous lab‑based practicals, small‑group investigative exercises, and scenario‑based activities that mimic professional forensic workflows. Throughout the degree, students build not only scientific and analytical competence but also teamwork, communication, and critical thinking through collaborative projects and presentations that reflect real‑world forensic challenges. In the final year, students complete a forensic science capstone project, where they plan, execute, analyse and report on an extended investigation, synthesising knowledge from across the degree.

Key Experiential Learning Elements Include:

Regular laboratory practical sessions focusing on forensic biology, DNA technologies, and analytical methods used in modern forensic labs.
Applied training in DNA analysis techniques, including profile interpretation and quality assurance practices.
Coursework that integrates trace evidence examination, chromatography, toxicology principles and scientific documentation.
Group projects and presentations that build professional communication and teamwork skills relevant to forensic science.
A substantial final year forensic capstone project requiring independent planning, data collection, analysis and scientific reporting.
Continued access to campus laboratories, study spaces and academic support to enhance hands‑on learning.

Why This Degree Matters
This honours degree equips students with a comprehensive scientific foundation in biology, chemistry and forensic applications, preparing them for analytical roles in forensic laboratories, biomedical research facilities, biotechnology sectors, healthcare testing environments and legal settings. Graduates emerge with both practical laboratory skills and the ability to apply scientific thinking to complex real‑world problems, making them competitive for careers that demand precision, analytical reasoning and professional communication.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Honours) in DNA and Forensic Science at Technological University Dublin are equipped with multidisciplinary laboratory skills and scientific knowledge that prepare them for analytical and forensic roles across biotechnology, healthcare, pharmaceutical, chemical, and state forensic laboratories. Common early‑career roles include Forensic Analyst, Quality Control/Assurance Analyst, Regulatory Compliance Officer, and Process Development Technician, with graduates recognised for their practical competence and analytical problem‑solving abilities. This honours degree also carries professional credibility through recognition by the Chartered Society of Forensic Sciences, strengthening employability.

Progression & Future Opportunities

Career Services and Industry Support: TU Dublin’s Career Development Centre offers targeted career coaching, work‑placement preparation, employer networking events, and connections with industry partners, helping students transition smoothly into relevant science and forensic careers.

Employment Stats & Salary Potential: Graduates are prepared for analytical and forensic roles in sectors such as civil service, biotechnology, biopharmaceuticals, healthcare testing, quality assurance, chemical supply, and regulatory affairs, where analytical skills are in demand. Exposure to practical laboratory techniques and forensic science strengthens starting positions in the job market.

Professional Experience: The programme emphasises hands‑on laboratory skills in areas such as DNA analysis, chromatography, spectroscopic techniques, evidence searching, and forensic genetics, giving students real‑world experience that aligns with industry expectations.

Industry Relevance & Partnerships: Developed to meet workforce needs, the DNA and Forensic Science honours curriculum reflects current scientific and industry trends in forensic application, biotechnology, and healthcare sciences. Professional recognition by the Chartered Society of Forensic Sciences adds value and alignment with international professional standards.

Accreditation and Long‑Term Value: As a Level 8 honours qualification at Ireland’s first technological university, this degree provides long‑term value by developing analytical skills applicable to forensic, pharmaceutical, environmental, and healthcare sectors, where demand for qualified analysts continues to grow.

Further Academic Progression
After completing the Bachelor of Science (Honours) in DNA and Forensic Science, students can pursue postgraduate opportunities such as Master’s degrees in forensic science, molecular genetics, biotechnology, analytical chemistry, or regulatory affairs to specialise or advance technical expertise. Options also include PhD research in forensic or life sciences fields, as well as professional certifications that support advanced roles in research, leadership, innovation, or quality systems within science and forensic disciplines.