Bachelor and Master of Engineering - Electrical and Electronic
Course Overview
This five-year integrated Master's program in Electrical and Electronic Engineering equips students to design and develop the innovative technologies that power modern life, from renewable energy systems to the Internet of Things. The curriculum provides a solid technological foundation through a blend of coursework, hands-on laboratory work, and significant project-based learning. Graduates are prepared for a global career with a Chartered Engineer pathway, combining advanced engineering modules with an eight-month professional work placement.
Key Program Highlights
- Integrated five-year Master's (ME) pathway leading to a Chartered Engineer title
- Eight-month professional work placement with industry partners
- Hands-on learning through individual and group design-and-build projects
- Globally recognized accreditation by Engineers Ireland under the Washington Accord
- Focus on cutting-edge areas like renewable energy, IoT, and medical technology
Course Overview
This five-year integrated Master's program in Electrical and Electronic Engineering equips students to design and develop the innovative technologies that power modern life, from renewable energy systems to the Internet of Things. The curriculum provides a solid technological foundation through a blend of coursework, hands-on laboratory work, and significant project-based learning. Graduates are prepared for a global career with a Chartered Engineer pathway, combining advanced engineering modules with an eight-month professional work placement.
Key Program Highlights
- Integrated five-year Master's (ME) pathway leading to a Chartered Engineer title
- Eight-month professional work placement with industry partners
- Hands-on learning through individual and group design-and-build projects
- Globally recognized accreditation by Engineers Ireland under the Washington Accord
- Focus on cutting-edge areas like renewable energy, IoT, and medical technology
Requirements
Modules
- Engineering Calculus
- Engineering Mechanics
- Engineering Chemistry
- Engineering Graphics
- Engineering Computing I
- Fundamentals of Engineering
- Engineering Mathematical Methods
- Engineering Design
- Engineering Computing II
- Engineering Physics
- Mathematics and Applied Mathematics I
- Engineering Statistics
- Analogue Systems Design I
- Electronic Instrumentation and Sensors
- Digital Systems I
- Object-Oriented Programming
- Mathematics and Applied Mathematics II
- Electrical Circuits & Systems
- Microprocessor Systems Engineering
- Communications and Networking Foundations
- Fundamentals of Electromagnetic Theory
- Object Oriented Programming: Data Structures and Algorithms
- 3rd Year Project
- Digital Systems II
- Signals and Communications
- Secure and Wireless Communication Technologies
- Electromechanical Power Conversion
- Linear Control Systems
- Database Systems I
- Analogue Systems Design II
- Engineering Electromagnetics
- Power Electronics
- Real Time Systems
- Digital Control Systems for Automation and Robotics
- Internet of Things Systems Design
- Applied Circuit Design for Medical Electronics
- Electrical & Electronic Discipline BE Professional Experience Programme
- Digital Signal Processing
- Mobile Networks: Architecture and Services
- Machine Learning and Artificial Intelligence for Engineering Applications
- Project Management for Engineers
- Professional Skills
