Master of Engineering Energy Systems Engineering
Course Overview
This Master's programme equips graduates of Level 8 BE degrees with the advanced engineering knowledge required for a high-impact career in the energy systems sector, meeting the educational standard for Chartered Engineer (C.Eng.) status. Based in a state-of-the-art, €40 million Engineering Building that serves as a living laboratory, the course offers a unique opportunity to specialize in this critical field through both theoretical and hands-on learning.
Key Program Highlights
- Fulfills the educational standard for the prestigious Chartered Engineer (C.Eng.) status with Engineers Ireland
- Taught within a modern, energy-efficient "living laboratory" that provides real-world, high-tech working examples
- Designed for career advancement in both industry and research-focused roles within energy systems
- Builds upon the successful BE in Energy Systems Engineering to enable further specialization
- Postgraduate scholarships are available to support student investment in their future
Course Overview
This Master's programme equips graduates of Level 8 BE degrees with the advanced engineering knowledge required for a high-impact career in the energy systems sector, meeting the educational standard for Chartered Engineer (C.Eng.) status. Based in a state-of-the-art, €40 million Engineering Building that serves as a living laboratory, the course offers a unique opportunity to specialize in this critical field through both theoretical and hands-on learning.
Key Program Highlights
- Fulfills the educational standard for the prestigious Chartered Engineer (C.Eng.) status with Engineers Ireland
- Taught within a modern, energy-efficient "living laboratory" that provides real-world, high-tech working examples
- Designed for career advancement in both industry and research-focused roles within energy systems
- Builds upon the successful BE in Energy Systems Engineering to enable further specialization
- Postgraduate scholarships are available to support student investment in their future
Requirements
Modules
- Systems Modelling and Simulation
- Technology Innovation & Entrepreneurship
- Financial Management I
- Planning And Law I
- ENLIGHT Energy and Circular Economy Module
- Fundamentals of Python Programming
- Global Change
- Digital Control Systems for Automation and Robotics
- Advanced Wind Energy Engineering and Design
- Sustainability Measurement: Introduction to Life Cycle Management and Assessment
- Composite Materials
- Research Methods for Engineers
- Advanced Energy Systems Engineering
- Internet of Things Systems Design
- Green Hydrogen Technology, Design and Analysis
- Renewable Energy Economics and Policy
- SmartGrid
- Energy Systems Engineering Project
