The purpose of this course is to equip the learner with the knowledge, skill and competence in the practices and principles underpinning the role of a Personal Trainer and Sports Coach to enable the learner to work effectively within a Fitness Centre, a Gym or with Sporting Organisations.

The main aim of the VTCT (ITEC) Level 3 Diploma in Personal Training (Gym-based Exercise) is to enable learners to gain the necessary practical and theoretical skills in order to provide personal training and gym-based exercise to the general public and to gain employment in the fitness industry.

This course provides the student with the theoretical knowledge and practical skills as an introduction into the fitness sector. It will allow students to assist in the delivery of safe and appropriate exercise programmes for the wider population. Students will gain experience in a broad range of sports and fitness components. The course also includes a number of ITEC components which are worldwide industry recognised courses.

Practical classes will be timetabled on-site at Sport Ireland National Indoor Arena and the National gymnastics Training Centre at Sports Campus Ireland Campus.

This course is suited to those who wish to specialise in chemistry for the pharmaceutical and biomedical industries. Pharmaceutical Chemistry is a very important branch of Chemistry that is applied to the synthesis and formulation of new therapeutic drugs as well as the manufacture of medicinal compounds on a large scale.

In this programme you will receive an excellent education in chemistry (physical chemistry, organic chemistry, inorganic chemistry), and have the opportunity to specialise in pharmaceutical chemistry, medicinal chemistry and bioinorganic chemistry.

The Bachelor of Science (Hons) in Pharmaceutical & Medicinal Science option will prepare you for a career primarily as a pharmaceutical scientist. This degree course is intrinsically multidisciplinary in nature and will open a world of career opportunities across a diverse range of sectors. This degree course is intrinsically multidisciplinary in nature. You’ll spend extensive time studying in state-of-the-art laboratories, preparing you for the work environment upon graduation. You’ll study the full range of core science subjects, with particular emphasis on pharmaceutical science and medical devices. 

The course content is specifically designed to meet the needs of the many relevant employers both nationally and internationally, and contains topical, cutting edge, industry specific material.

The lectures are supplemented with in-depth analysis of relevant case studies, projects, assignments, interactive videos, web tools, and site visits. A substantial portion of the contact time in the first three years is spent in the laboratory gaining practical experience.

The Pharmaceutical Healthcare course provides students with an integrated curriculum of practice and theory focussing on the key concepts in pharmaceutical sciences and technology.

It develops students’ knowledge of the fundamental principles, as well as latest developments and applications, equipping them for employment in a variety of areas within biopharmaceutical and pharmaceutical manufacturing, as well as associated industries.

The programme will introduce learners to many of the aspects of a manufacturing plant. Learners will also complete work placement in a manufacturing setting. As a result of the work placement and studying such topics as quality control, health and safety, continuous improvements in manufacturing and science skills, graduates will be very employable and improve their chances of securing a job as a production operator or packaging operator in a manufacturing business.

Pharmaceutical Science combines a broad range of biology and chemistry disciplines that are critical to the discovery and development of new drugs and therapies. The course covers the development from discovery through to the formulation of medicines.

Pharmaceutical science combines a broad range of biology and chemistry disciplines that are critical to the discovery and development of new drugs and therapies.

This course covers the development from discovery through to the formulation of medicines and highlights the importance of the regulatory requirements to get a new drug on the market. Over the three years, you’ll be introduced to the technical, regulatory and management aspects of pharmaceutical development and manufacturing. 

This is a four year honours degree aimed at preparing graduates for the pharmaceutical/biopharmaceutical industry. Students will be exposed to a broad range of subjects and laboratory instrumentation relevant to the pharmaceutical/biopharmaceutical industry.

In this course students will experience a wide range of state-of-the-art instrumentation and equipment at SETU Waterford and learn from researchers actively involved in cutting edge areas such as separation science, pharmaceutical drug delivery, biotechnology and environmental science.

This degree is designed to develop your skill and competence to work as a laboratory analyst. The primary focus of the degree is on pharmaceutical analysis and it is very practically based, giving our students the key laboratory skills and the hands-on training industry requires. First year delivers core science modules and fundamental practical skills training and subsequent years build on these areas.

Recent advances in pharmaceutical science have focused on the rapid development of quality medicinal products that are safer, more effective and increasingly convenient for the patient. This has led to a significant demand for scientists with knowledge and skills related to the biopharmaceutical area.

Pharmaceuticals are drugs made from a series of chemical reactions and biopharmaceuticals are medicines made using living organisms such as bacteria, yeast and mammalian cells. The pharmaceutical and biopharmaceutical industries comprise Ireland’s largest manufacturing sector and need highly trained graduates.

This degree provides students with a broad but thorough background in the chemical, biological, and technological disciplines as they relate to the study of medicinal products. It allows students to develop a range of skills, covering scientific, engineering, regulatory and quality issues, as well as delivering excellent communication skills. Modules are based around the core pharmaceutical sciences, but with emphasis also placed on modern technology and advances within the sector.

Pharmaceutical Science combines a range of scientific subjects that are vital in the development, discovery, processing and manufacturing of different drugs and therapies. This degree provides students with a broad but thorough background in the chemical, biological, and technological disciplines as they relate to the study of medicinal products. It allows students to develop a range of skills, covering scientific, engineering, regulatory and quality issues, as well as delivering excellent communication skills. Modules are based around the core pharmaceutical sciences, but with emphasis also placed on modern technology and advances within the sector. 

Pharmaceutical Science combines a range of scientific subjects that are vital in the development, discovery, processing and manufacturing of different drugs and therapies. The overall philosophy of this degree is to produce science graduates who can assume positions of responsibility in the area of pharmaceutical science.

This degree provides students with a broad but thorough background in the chemical, biological, and technological disciplines as they relate to the study of medicinal products. It allows students to develop a range of skills, covering scientific, engineering, regulatory and quality issues, as well as delivering excellent communication skills. Modules are based around the core pharmaceutical sciences, but with emphasis also placed on modern technology and advances within the sector.

This unique Academy of Pharmaceutical Sciences (APS) internationally accredited programme provides the essential information and skills required for employment in the pharmaceutical sector. Given the wide range of disciplines required in driving modern manufacturing approaches this multidisciplinary course covers chemical-based and next generation biotech-based therapeutics and their formulation into safe and effective medicines of high and durable quality.