Bachelor and Master of Engineering - Energy Systems
Course Overview
This Energy Systems Engineering program provides a direct pathway to a global career by combining rigorous academic study with an eight-month professional work placement. Students gain invaluable real-world experience with leading industry partners, both in Ireland and internationally, preparing them to become the next generation of energy innovators. Graduates are highly sought after in diverse fields including renewable energy, smart grid technology, sustainable transport, and energy efficiency.
Key Program Highlights
- Gain 8 months of professional experience with top-tier employers like ESB, EirGrid, Shell, and Medtronic
- Pursue unique international placement opportunities across the globe, from the USA to Germany and Australia
- Develop expertise in cutting-edge areas including smart grid design, green hydrogen, and renewable fuels
- Build a powerful professional network through our strong industry and academic partnerships
- Launch a career with world-leading companies in power generation, sustainable transformation, and environmental protection
Course Overview
This Energy Systems Engineering program provides a direct pathway to a global career by combining rigorous academic study with an eight-month professional work placement. Students gain invaluable real-world experience with leading industry partners, both in Ireland and internationally, preparing them to become the next generation of energy innovators. Graduates are highly sought after in diverse fields including renewable energy, smart grid technology, sustainable transport, and energy efficiency.
Key Program Highlights
- Gain 8 months of professional experience with top-tier employers like ESB, EirGrid, Shell, and Medtronic
- Pursue unique international placement opportunities across the globe, from the USA to Germany and Australia
- Develop expertise in cutting-edge areas including smart grid design, green hydrogen, and renewable fuels
- Build a powerful professional network through our strong industry and academic partnerships
- Launch a career with world-leading companies in power generation, sustainable transformation, and environmental protection
Requirements
Modules
- Engineering Chemistry
- Fundamentals of Engineering
- Engineering Computing I
- Engineering Graphics
- Engineering Calculus
- Engineering Mechanics
- Engineering Physics
- Engineering Design
- Engineering Computing II
- Engineering Mathematical Methods
- Principles of Building
- Theory of Machines and CADD
- Thermodynamics and Fluid Mechanics
- Electronic Instrumentation and Sensors
- Engineering Statistics
- Mathematics and Applied Mathematics I
- Strength of Materials
- Community Engaged Building Project
- Electrical Circuits & Systems
- Mathematics and Applied Mathematics II
- Introduction to Modelling
- Energy Systems Electrical Design Project
- Power Electronics
- Fluid Dynamics
- Electromechanical Power Conversion
- Sustainable Energy
- Thermodynamics and Heat Transfer
- Linear Control Systems
- Design of Energy Systems for the Built Environment
- Energy in Buildings
- Turbomachines and Advanced Fluid Dynamics
- Combustion Science and Engineering
- Microprocessor Systems Engineering
- Digital Control Systems for Automation and Robotics
- Sustainable Waste Management
- Fundamentals of Python Programming
- Computational Fluid Dynamics
- Mechanical Analysis And Design
- Energy Conversion
- Energy Systems M.E. Professional Experience Programme
- Project Management for Engineers
- Professional Skills
