4 Years On Campus Bachelors Program
The Bachelor of Science (Honours) in Analytical Chemistry (Environmental, Forensic and Pharmaceutical) at Technological University Dublin is a four‑year honours degree that equips students with advanced skills in analysing chemical substances across environmental, forensic, and pharmaceutical contexts. This programme is ideal for students who enjoy precise scientific investigation and aspire to work in laboratories solving real‑world problems in areas such as environmental protection, criminal investigation, and drug quality control.
Curriculum Structure
Year 1
In the first year, students build a broad scientific foundation through modules such as General and Organic Chemistry, Cell and Microbiology, Mathematics, Physics, and The Human Body & Disease, supported by practical laboratory work. This year develops essential analytical thinking and experimental skills that underpin all areas of analytical chemistry and scientific measurement.
Year 2
The second year deepens chemical understanding with subjects including Inorganic and Organic Chemistry and Spectroscopy, Environmental Chemistry, Chemical Polymer and Pharmaceutical Processes, and Spectroscopy and Thermodynamics. Students learn to apply advanced analytical techniques and develop accuracy in experimental procedures, learning how analytical chemistry supports diverse scientific sectors.
Year 3
In the third year, students engage with specialised topics such as Analytical and Separation Techniques, Forensic Chemistry, Pharmaceutical Analysis, Physical and Organic Spectroscopy, and Inorganic Chemistry in Action. This year enhances students’ ability to interpret complex data and apply analytical methods to challenges in environmental monitoring, forensic investigation, and pharmaceutical quality assurance.
Year 4
The final year focuses on advanced analytical science with modules like Advanced Chromatography and Mass Spectrometry, Environmental Forensic Analysis, Pharmaceutical Analysis and Validation, and an independent Research Project that allows students to investigate a topic of personal scientific interest. Students graduate with strong expertise in modern analytical instrumentation and problem‑solving across sectors.
Focus Areas (in a string):
Analytical techniques and instrumentation, environmental chemistry, forensic science applications, pharmaceutical analysis, separation science, spectroscopy, and independent research.
Learning Outcomes (in a string):
Graduates will have expert proficiency in analytical methods and instrumentation, the ability to interpret and communicate complex scientific data, strong laboratory and problem‑solving skills, and readiness to contribute to environmental, forensic, or pharmaceutical science sectors.
Professional Alignment (Accreditation):
The programme is aligned with professional standards in chemical analysis and scientific measurement, preparing graduates for roles in accredited laboratories and scientific organisations within environmental, forensic, and pharmaceutical industries.
Reputation (Employability Rankings):
Technological University Dublin’s Analytical Chemistry degree has a strong record of graduate success with many alumni progressing into professional roles in analytical and forensic laboratories, environmental monitoring agencies, and pharmaceutical quality control functions.
At Technological University Dublin (TU Dublin), the BSc in Analytical Chemistry (Environmental, Forensic and Pharmaceutical) gives students intensive, practical laboratory training from the very first year, preparing them to be work-ready scientists. Students are trained to use modern analytical instruments and techniques to detect, identify, and quantify chemical substances — whether that’s pollutants in the environment, trace evidence in forensic samples, or active pharmaceutical ingredients in medicines. The programme emphasises applied work: students participate in lab practicals, case studies, and analytical workshops, where they build strong laboratory skills, critical thinking, teamwork, and scientific communication. A standout feature of this degree is the six‑month industrial work placement in Year 3, connecting classroom learning with real-world professional experience and industry networks:
Hands‑on laboratory practicals where students learn key analytical methods such as spectroscopy, chromatography, and quantitative analysis using modern instruments.
Case‑based workshops that build analytical reasoning, teamwork, and scientific communication skills through real-world problem solving.
Introduction to forensic, environmental, and pharmaceutical chemistry in Year 1, grounding students in the practical contexts where analytical chemistry is essential.
Six‑month industrial work placement in Year 3, where students apply their laboratory and analytical skills in professional environments such as testing laboratories, environmental agencies, or pharmaceutical companies.
Year 4 capstone research project, giving students the chance to investigate an advanced analytical challenge under academic supervision and further develop independence in scientific thinking.
Study abroad opportunity during placement, allowing students to gain international industry or research experience if they choose.
Programme Highlights
This four‑year honours degree blends core chemistry training with specialised focus on environmental, forensic, and pharmaceutical applications of analytical chemistry. In early years, students build foundational knowledge in general and analytical chemistry. As they progress, modules become more focused on practical and applied analytical techniques used in laboratories across sectors, reinforcing theoretical learning with practical competencies. By graduation, students are adept at interpreting analytical data, applying critical scientific judgment, and understanding the roles of analytical chemistry in solving real scientific problems.
Career and Future Pathways
Graduates from this programme are equipped for careers where precision measurement and chemical detection are central to success — including roles as environmental chemists, forensic analysts, quality control scientists, and pharmaceutical analysts. Employers in these sectors value graduates who can apply modern analytical tools and think critically about complex chemical data. The degree’s focus on practical skills and the extended work placement helps students build industry contacts and professional experience before they graduate, giving them a strong advantage in the job market.
Official Facilities and Resources
Students benefit from TU Dublin’s well‑equipped analytical and chemistry laboratories, where they gain confidence with instruments and techniques used in professional science settings. These facilities support collaborative learning, rigorous experimental practice, and preparation for work in industry or research environments.
Graduates become highly practical analytical scientists skilled in modern chemical techniques used to detect, identify, and quantify substances across environmental, forensic, and pharmaceutical contexts. Typical job roles include environmental chemist, forensic analyst, quality control chemist, or pharmaceutical analyst in laboratories, regulatory agencies, environmental consultancies, and industry settings:
University career support: TU Dublin’s careers and student services help students prepare professional profiles, access work placements, and connect with employers in chemical, pharmaceutical, and forensic sectors.
Work placement & real‑world experience: The four‑year honours degree includes a six‑month professional placement in third year — a long‑standing feature of the programme — that gives students hands‑on laboratory experience and professional networking opportunities before graduation.
Accreditation & value: The degree is recognised internationally with accreditation by respected bodies including professional chemistry organisations, adding credibility and long‑term value to graduates’ credentials.
Practical and transferable skills: The programme’s heavy emphasis on laboratory work, modern instrumentation, analytical thinking, teamwork, and scientific communication equips students with the practical skills employers seek.
Graduate employers & sectors: Graduates progress into roles with organisations such as environmental protection agencies, government laboratories, and chemical and pharmaceutical companies, ready to contribute to analyses that protect public health and ensure product quality.
Further Academic Progression: Graduates can build on their honours degree by pursuing postgraduate study such as MSc programmes in Analytical or Environmental Chemistry, Forensic Science, Pharmaceutical Analysis, or other specialised science fields, or go into research‑led Master’s and PhD pathways that focus on advanced analytical science and interdisciplinary applications.



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