BEng (Hons) (Common Entry) in Limerick Ireland | University of Limerick

Engineers focus on creating cost-effective and secure solutions to real-world challenges by utilizing mathematical and scientific principles while accounting for technical limitations. The LM116 Engineering common entry program serves as a foundation for students to explore their desired engineering specialization. The first year offers a comprehensive curriculum exposing students to diverse engineering fields. After gaining insight into each discipline, students can then select their preferred specialization for the remainder of their degree. UL's approach allows students to experience different areas before making their final choice.
By choosing LM116 Engineering, students receive dedicated time to explore and inquire about available engineering pathways. In the first year, students will rank their preferred engineering degree options. If a program exceeds capacity, placements will be determined by academic performance in UL examinations. All programs incorporate valuable industry experience through a 30-week Cooperative Education placement, giving students hands-on exposure to their chosen engineering field in a professional setting. This paid work placement typically occurs during Year 3.
This program features a shared first year that provides broad foundational knowledge, enabling students to make well-informed specialization decisions after Year 1. The initial year covers essential subjects including computing, mathematics, mechanics, and materials science. Introductory modules like Engineering Fundamentals bring in industry professionals to discuss career opportunities and job expectations. During Semester 2, students can select between Structural Engineering Design or Introduction to Design and Manufacture as elective options, both featuring project-based learning approaches.
Several modules employ active learning methods such as problem-based learning (PBL) or the Conceive-Design-Implement-Operate (CDIO) framework, where students collaborate to solve engineering challenges. Elective choices don't limit future specialization options - for instance, selecting Structural Engineering Design still permits subsequent selection of mechanical or biomedical engineering pathways.