DCU Prospectus 2026

52 WhyDCU? − Chemistry is the key to understanding theworldwe live in − Explore 3 different Chemistry degrees before specialising in Year 2 onwards − Unlock the secrets of howdrugs and pharmaceuticals work enabling us to develop treatments for diseases and infections  − All options offer paidwork placement (INTRA) in Year 3 of your chosen degree − Modern course integrating emerging new technologies and transversal skills − Gain unparalleled hands-on experience in our industry standard laboratories − Develop laboratory skills in our award- winningUndergraduate Teaching Labs (Education Lab of the Year recipient from the Irish Laboratory Awards (ILA) programme) About You Do you have an inquisitivemind and a keen interest in science? Are you interested in how theworldworks? Do you enjoy a challenge and finding solutions to problems, from individual to global issues? Then Chemical ScienceGeneral Entrymay be the course for you. Additional Requirements In addition to the general entry requirements for admission to the University (see page 174), the following entry requirements apply: minimum of O3 or H6 inMathematics PLUS minimumof O3 or H5 in one of Physics, Chemistry, Biology, Physics with Chemistry, Agricultural Science or Computer Science. Understanding: Chemical Sciences General Entry The Chemical Sciences General Entry course allows you to study a variety of chemistry, biology, physics andmathematics in Year 1. Many students choose to go directly into one of our specialist Chemistry degrees: − BSc in Chemistry with Artificial Intelligence (DC160) − BSc in Analytical Science (DC161) − BSc in Chemical and Pharmaceutical Sciences (DC162) However, if you are unsurewhich area of Chemistry youwould like to specialise in, Chemistry Sciences General Entry (DC163) option is designed to help you explore all 3 options in Year 1. Youwill study the fundamental basis of chemistry, and build on this to learn how medicines work, what causes climate change, how to drive reactions to go faster, how to determine and conduct analysis on the source of awater pollution event for example, andmuchmore.  The range of dynamic laboratory practical sessions youwill carry out in every semester ensures you develop excellent laboratory skills to support a successful career as a scientist in the chemical and biopharmaceutical industries or in the area of research.  Youwill learn in small groups within student-focused laboratories, assisted by fully trained lab tutors, getting hands- on experience on the instruments and techniques that are used in industry and research. Our awardwinning undergraduate laboratory and support teams ensure an excellent student centred laboratory learning experience for each student. Course Structure In Year 1 youwill discover the fundamental basics of chemistry, learning all about molecules; how they react with each other; why and howwe study and analyse them; providing youwith an excellent foundation for the rest of your studies. To support this, youwill takemodules in biology, physics, mathematics, computing and IT skills, and carry out practical laboratory sessions in chemistry, biology and physics. At the end of Year 1 youwill be prepared to progress on a competitive bases to Year 2, 3 and 4 of your chosen Chemical Science course: − BSc in Chemistry with Artificial Intelligence (DC160) − BSc in Analytical Science (DC161) − BSc in Chemical and Pharmaceutical Sciences (DC162) Progression to Year 2 of your chosen Chemistry degree is not automatic. Entry to your preferred pathwaymay be competitive, with places allocated based on academicmerit, determined by your Year 1 performance. Chemical Sciences General Entry Explore analytical, chemical and pharmaceutical sciences and chemistry with artificial intelligence