Precision engineering is involved with the design, manufacturing and measurement of highly specified parts for the medical, aerospace, automotive, oil and gas exploration and related industry.

Students learn how to work effectively with both manual and CNC machines to produce parts from an initial design to a final product. Parts are designed using CAD systems to develop solutions to engineering problems and when completed the accuracy will measure specialised measurement equipment such as co-ordinate measuring machines (CMM).

Unsure of where your interests lie? Want to explore human health science and maybe brush up on Maths or/and English?  This course will offer students who are enthusiastic about working in the science/health or medical office setting or who are interested in progression to further study in the areas of science/health science, a wide range of career options.

The Preparation for Leaving Certificate with ESOL Programme is a Transition Year course which will allow learners to come back to education and prepare for either the Leaving Certificate or a Further Education and Training Course. As such, it’s a starting point for all other courses in Pearse College and beyond.

This one-year course is designed to prepare students for a career in the sports, coaching and fitness sectors, or provide a pathway to further study in Physical Educating teaching. Students will engage in a range of sports, both practically and academically. Students will also gain the social, communications and leadership skills to work with students in the teaching area, along with athletes and groups in the growing sports, coaching and fitness areas.

This programme is designed as a pathway into primary teaching that combines further education study with a clear transition into higher education.

The programme hopes to welcome students from a range of backgrounds and encourages participation from students who:

• Come from one or more of the National Access Plan (2022 – 2028) priority groups.
• Come from communities that experience disadvantage.
• Have experienced educational disadvantage.

Lero and CONFIRM Smart Manufacturing have partnered with the University of Limerick (UL) to deliver Ireland’s first qualification at level 10 (DEng) funded through the national apprenticeships programme: The Professional Doctorate in Engineering (PDEng).

How a professional doctorate differs from a traditional doctorate
The traditional doctorate, the PDEng programme focuses on preparing candidates for an academic career and is thus focused on training people to rigorously address scientific problems which can result in a contribution to knowledge that can be published in the peer‐reviewed scientific literature.

Professional doctorates recognise the existence of research activities which can be described as professional practice. The context for this DEng programme is the practitioner workplace and the focus is on solving real‐world problems faced in the daily work‐place. The scope of these problems can be sufficiently large to be addressed in a significant piece of research planned and conducted over a period of time and which can ultimately result in a DEng award.

Process Instrumentation & Automation involves the measurement and control of physical quantities (temperature, level, pressure, flow and many others) used in advanced manufacturing systems.

Engineers use instrumentation and control to monitor and maintain processes for improved production, quality, and safety in manufacturing facilities in the Pharmaceutical, Food & Drinks, Water/Wastewater, Oil & Gas industries among others.

The innovative BSc in Process Manufacturing Practice & Technology offers a unique interdisciplinary approach, combining key modules from the MedTech, Pharma, and Food processing industries. The programme equips students with cutting-edge, industry-relevant skills, preparing them for roles as operators, technicians, or supervisors in high-growth sectors.

This honours degree combines a solid business foundation with specialist expertise in procurement and supply chain management. You’ll develop the skills to manage complex global supply networks, make data-driven decisions, and lead sustainable, value-focused operations.

Product Design is about shaping the world around us. Most objects, from toys to medical devices and from furniture to consumer electronics are subject to product design.

This is possible because product design is a versatile process that can be applied to many different contexts. At its core, product design is about understanding people and how they experience and interact with their surroundings. This kind of training enables graduates to help make the world a fairer, more inclusive and sustainable place.

Product design is the practice of developing an idea into a finished product. This involves deciding the size, shape, and materials to be used to best fit the function of the item. Graduates will be capable of applying engineering principles in order to evolve a product’s development cycle from initial concepts to manufacturing stage.

This programme has been developed to produce graduates with the necessary theoretical knowledge and practical skills to work in today’s demanding design fields.

Product Design students will learn about manufacturing design, methods and processes, ergonomics and human centred design, product design and innovation, and human centred product development.

Other topics on the programme include Photography, Digital Media, Design History and Theory, Creative Problem Solving, Business and Entrepreneurial skills and an Ethical and Sustainable Design ethos.

Product designers are key to innovation in the modern world. As technological competence spreads globally, businesses are placing greater focus on achieving market success through design. A highly practical course, with an emphasis on project-based learning, workshops, laboratory sessions and group work.

Opportunity to take a six-month, full-time work experience placement, in a relevant employment setting.

Product design is the process of creating, developing, and refining products and systems to solve problems, enhance quality of life and address local and global challenges. Responsible, impactful design is foundational to the product design process, and our students ensure their solutions are useful whilst adhering to sustainable best practice.

Product Design & Technology is delivered in a design studio environment, cultivating a culture of creativity, peer learning and transdisciplinary exploration. The core design modules are based on project work, and problem solving that focus on collaboration, human centred design, and sustainable design processes. Complementary modules are taught in parallel, on topics such as human factors, psychology, manufacturing, engineering, project management, and entrepreneurship.

On the course you learn the skills of being a designer, sketching, model making/prototyping, creative problem solving, visual communication and working as part of a team. You will be using programmes like Solidworks, Photoshop, Illustrator, In Design and more.