This programme has been designed to enable participants to develop the knowledge and skills necessary to carry out risk assessment for chainsaw operations including maintenance and sawing and be able to complete maintenance to the chainsaw. On completion participants will be able to outline the safe operation of a chainsaw during use including interpreting safety decals, safety devices fitted to the chainsaw and cross cutting operations and be capable of completing a number of chainsaw cutting techniques correctly and safety ensuring that the correct storage including cleaning, sharpening and setting is completed.

This programme has been designed to enable participants to develop the knowledge and skills necessary to carry out risk assessment for chainsaw operations including maintenance and sawing and be able to complete maintenance to the chainsaw. On completion participants will be able to outline the safe operation of a chainsaw during use including interpreting safety decals, safety devices fitted to the chainsaw and cross cutting operations and be capable of completing a number of chainsaw cutting techniques correctly and safety ensuring that the correct storage including cleaning, sharpening and setting is completed.

This specialized program is designed to provide healthcare workers and educators with the vital tools needed to support individuals with learning disabilities who exhibit behaviours that challenge. The curriculum focuses on understanding the root causes of such behaviours, emphasizing Positive Behaviour Support (PBS) and person-centered intervention strategies. Learners will explore the relationship between communication barriers and distressed reactions, gaining the practical skills to create safe, supportive environments.

This hands-on, immersive sculpting workshop takes participants from concept and anatomy study through to a finished character bust over five intensive studio days. An initial online orientation covers design principles, materials, and preparation. The in-studio block then focuses on practical sculpting techniques — from blocking and anatomy to surface detail and final presentation.

The course emphasizes observation, iteration, and professional industry techniques in character sculpture.

The Chef de Partie Apprenticeship is an ‘earn and learn’ degree programme that combines on-the-job training with academic study in a Technological University.

A Chef de Partie is trained to: deliver advanced culinary skills in a professional kitchen; supervise a particular area or station within the kitchen; work on their own as well as train Commis Chefs.

The Chef de Partie Apprenticeship is an ‘earn and learn’ degree programme that combines on-the-job training with academic study in a Technological University.

A Chef de Partie is trained to: deliver advanced culinary skills in a professional kitchen; supervise a particular area or station within the kitchen; work on their own as well as train Commis Chefs.

The Chef de Partie Apprenticeship programme is designed to expose you to a wide range of culinary skills and ideas and allows you to not only learn how to do something, but understand why it is done a certain way.

The Chef de Partie Apprenticeship programme is a collaboration between industry and academic professionals so you will learn the skills, knowledge and behaviours necessary for a successful career that will take you anywhere in the world.

The apprenticeships combines classroom training with hands-on practical skills development in the workplace. You follow a structured path of learning to build your knowledge and skills from a basic to advanced level. Your work-based mentor will monitor and help you progress through the apprenticeship and you will learn how your college based learning links to your everyday working environment.

The apprenticeships are ‘earn and learn’ degree programmes that combine on-the-job training with academic study in an Institute of Technology. The lead industry partner for this apprenticeship is the Restaurants Association of Ireland.

Chemical Engineering is all about change; creating life enhancing products and services by applying scientific and mathematical understanding to design, control and improve processes that change raw materials into useful products. Chemical Engineers are world leaders in producing medicines, clean energy and water and other key products in a cost effective, safe and environmentally-friendly manner.

This programme focuses on the practical application of chemistry. You will be studying an exciting mixture of modules including how to make medicines and how to control the quality of those medicines. Year one involves the study of a range of Science modules, and the subject matter covered in year two of this course includes Chemistry, Analysis of materials, Computing and Microbiological analysis. The course will introduce students to the importance of quality control and quality management in the manufacturing and processing of pharmaceutical and healthcare products. 

The B.E. (Hons.) Chemical & Biochemical Engineering provides an interesting, intellectually challenging, and educationally rigorous degree programme that leads to a professionally recognised qualification and good employment prospects in any of a variety of stable, sustainable, well-paid careers. This degree programme comprises formal lectures/study, practical laboratories, workshops, training on industry-standard process engineering software, project work, as well as a substantial Cooperative Education period working in an industrial placement.

This programme focuses on the practical application of chemistry and includes Medicinal Chemistry, Forensic Analysis, Quality Management, Pharmaceutical Science, and Analytical Techniques. Students learn how new medicines are discovered and how to ensure that they are safe and of high quality.

A strong emphasis on practical work and projects gives the students a great experience in all these areas. It prepares graduates for immediate employment in the pharmaceutical, chemical, biomedical and biotechnology sectors.
Not all graduates wear white coats.

Are you curious about how chemistry affects our world, both in nature and when it comes to preparing and using everyday materials such as polymers, pharmaceuticals, fine chemicals, flavours and fragrances. If that’s the case and you’re a highly motivated independent student who is eager to challenge yourself in the different branches of chemistry, this course is for you.

This course offers a compelling mix of technical knowledge and more hands-on practical experience than other similar courses, meaning you’ll be better prepared for the workforce or postgraduate study. During it, you’ll gain fundamental knowledge in organic, inorganic, physical, medicinal and analytical chemistry, along with practical lab skills and the ability to apply the theory you’ve learned. You’ll also build your creative, innovation and presentation skills.

Preparing for exciting future opportunities: In third year, you’ll do a four- to six-month INTRA work placement in industry or in academic labs, in Ireland or overseas. This will give you vital experience, and enable you to learn new skills and develop contacts that can often lead to employment opportunities after finishing your degree.

As a graduate you’ll be sought after in sectors such as the pharmaceutical/biopharmaceutical, chemical/materials, specialty chemical, food and government laboratories. Typical roles could include process development, synthetic chemistry, formulation, regulatory affairs, quality control/assurance, analytical method development and medicinal chemistry. Others may go into teaching or patent law, while some decide to go on to further study for a masters or a doctorate.

The main tools of the Chemical Engineer are the applied sciences, engineering, technology, finance and management in that as a Chemical Engineer you become proficient in not only identifying how to convert materials into functional products but also in how to construct, operate and manage facilities so that they are economical, ethical and sustainable.

It borders and overlaps with other engineering disciplines including mechanical, electrical and civil engineering as well as business studies and entrepreneurship.

The main tools of the Chemical Engineer are the applied sciences, engineering, technology, finance and management in that as a Chemical Engineer you become proficient in not only identifying how to convert materials into functional products but also in how to construct, operate and manage facilities so that they are economical, ethical and sustainable.

It borders and overlaps with other engineering disciplines including mechanical, electrical and civil engineering as well as business studies and entrepreneurship.

Chemistry is a creative and central science, dealing with challenges that span the physical and life sciences. It is found and used everywhere from the creation of new materials and processes through to advancements in medical health and diagnosis of disease.

A chemistry-based qualification provides students with the relevant skills and knowledge to open doors in research, medicine, education, industry, finance, consultancy and more.

Chemistry provides a scientific understanding of molecules and how they react together, leading to exciting developments in the use of the advanced materials we see around us in the world. It is the study of the properties and behaviour of all matter.

Chemistry is everywhere – in the water we drink, the air we breathe and in every device we use. In fact, it’s key to understanding our world. As a chemist, you can help to solve everyday challenges and change people’s lives for the better.

By choosing Chemical Sciences General Entry, you can spend your first year at DCU exploring different aspects of chemistry, so you discover which parts inspire you most. Among other topics, you’ll study drug design, introduction to synthetic methods to prepare drugs, industrial and forensic analytical techniques, environmental chemistry and biomolecules during this year. You can also take a language module such as French or Spanish.

Path to a chemistry specialism
Having studied different types of chemistry and gained excellent hands-on lab experience, you can choose your specialist degree programme at the end of first year, although this is based on your first year results. You’ll have three options: the BSc in Analytical Science, the BSc in Chemical and Pharmaceutical Sciences and the BSc in Chemistry with Artificial Intelligence.

This chemistry degree focuses on how chemistry can be used for medicinal applications, including drug design, synthesis, and delivery.

It will give you skills and expertise in synthetic chemistry that can be applied in the pharmaceutical and other industries. You can anticipate working in the pharmaceutical industry, facilitating the development of new and better medicines, as well as the chemical and allied industries.

On the Chemistry courses you will build a deep understanding of chemical principles, from molecular structure and reaction mechanisms to analytical and practical laboratory skills, giving you a solid foundation in both theoretical and experimental chemistry. You will also gain transferrable problem-solving, quantitative and research skills that are valuable for careers in science, industry, education, or further studies.

On the Chemistry courses you will build a deep understanding of chemical principles, from molecular structure and reaction mechanisms to analytical and practical laboratory skills, giving you a solid foundation in both theoretical and experimental chemistry.

You will also gain transferrable problem-solving, quantitative and research skills that are valuable for careers in science, industry, education, or further studies.

During the course, you’ll explore AI applications in chemistry using large datasets, powerful computing architectures and advanced learning algorithms. As you develop your understanding of how to apply AI techniques and technologies, you’ll also learn from industry partners, who take an active role throughout the course.

On the Chemistry courses you will build a deep understanding of chemical principles, from molecular structure and reaction mechanisms to analytical and practical laboratory skills, giving you a solid foundation in both theoretical and experimental chemistry. You will also gain transferrable problem-solving, quantitative and research skills that are valuable for careers in science, industry, education, or further studies.