Master of Engineering - Electrical & Electronic Engineering
Course Overview
This Level 9 Master of Engineering program is designed for Electrical/Electronic Engineering graduates seeking to advance their expertise for a successful industry or research career. The curriculum provides a flexible and comprehensive blend of advanced technical modules, transferable skills development, and a significant research thesis project. It is structured to meet the educational requirements for progression to Chartered Engineer status with Engineers Ireland.
Key Program Highlights
- Comprehensive 60 ECTS curriculum blending advanced technology, research, and professional skills
- Significant research thesis project in a cutting-edge Electrical & Electronic Engineering specialization
- Designed to meet the educational standards for Chartered Engineer (CEng) status
- Flexible structure allowing students to tailor their learning to specific career paths
- Scholarship opportunities available for eligible postgraduate students
Course Overview
This Level 9 Master of Engineering program is designed for Electrical/Electronic Engineering graduates seeking to advance their expertise for a successful industry or research career. The curriculum provides a flexible and comprehensive blend of advanced technical modules, transferable skills development, and a significant research thesis project. It is structured to meet the educational requirements for progression to Chartered Engineer status with Engineers Ireland.
Key Program Highlights
- Comprehensive 60 ECTS curriculum blending advanced technology, research, and professional skills
- Significant research thesis project in a cutting-edge Electrical & Electronic Engineering specialization
- Designed to meet the educational standards for Chartered Engineer (CEng) status
- Flexible structure allowing students to tailor their learning to specific career paths
- Scholarship opportunities available for eligible postgraduate students
Requirements
Modules
- Computational Methods in Energy Systems Engineering
- Systems Modelling and Simulation
- Bioinstrumentation Design
- UX Design for Wearable Electronics
- Mobile Device Technologies
- Mobile Networks: Architecture and Services
- Digital Signal Processing
- Machine Learning and Artificial Intelligence for Engineering Applications
- Embedded Image Processing
- Sensing and Perception for Robotics and Autonomous Vehicles
- Digital Control Systems for Automation and Robotics (Level 9)
- Financial Management I
- Research Methods for Engineers
- Technology Innovation & Entrepreneurship
- Project Management
- Lean Systems
- Databases
- Safety Engineering
- Introduction to Sustainability 1
- Electrical and Electronic Engineering Project/Thesis
- SmartGrid
- Internet of Things Systems Design
- Power Electronics
- Embedded Machine Vision
- Digital Twins for Robotics
- Robotic Control, Navigation and Locomotion
- Signal Processing and Machine Learning for Digital Health
- Applied Circuit Design for Medical Electronics
- Human Reliability
- Introduction to Sustainability 2
