The first two years of the programme provides students with a strong practical and theoretical foundation in: computing and programming languages, software, digital and analogue electronics, electrical science, and engineering mathematics.

Students will be advised and guided by a personal adviser towards their choice of degree option to be undertaken in the final two years of the programme. The option choices include: Computer Engineering, Electronic Engineering, Robotic Engineering, Electrical Energy Engineering and a General option which allows the students to select their own topics of interest from the other four options.

    

 

For information on each Degree Option click on the Option or use the Menu Bar

Work experience is integrated in year three through a positive and motivating thirty-week period of Cooperative Education.  It provides students with practical work experience in the field of their chosen speciality.

In the final year, students undertake a significant individual engineering project, aiming to solve a real world problem. The project involves advanced design, implementation experience, and builds confidence by putting into practice the skills and techniques acquired throughout the course.

 

LM118 Programme of Study in more detail. (Click Here for module outline descriptions)

The programme is broken into two parts.

1.   Years 1 and 2 are common to all the degree options.

2.   Years 3 and 4 of all degree options have some common modules but they are designed to offer specialist modules in each option area.

Common Years 1 and 2 programme of study for all Options:

Year 1

Semester 1

Semester 2

Summer

 

Chemistry for Engineers
Electrical Engineering 1
Engineering Computing
Engineering Mathematics 1
Introduction to Engineering 1
Engineering Science 1

Computer Software 2
Circuit Analysis 1
Semiconductor Device Fundamentals
Digital Systems 1
Enginering Mathematics 2

Year 2

Semester 3

Semester 4

Summer

 

Engineering Maths 3

Engineering Maths 4

Cooperative Education

 

Digital Systems 2

Digital Systems 3

 

Computer Software 3

Communications & Networks Protocols

 

Active Circuit Design 1

Active Circuit Design 2

 

The Engineer as a Professional

Control 1

Semester 5, Year 3 is Cooperative Education for all Options.

Year 3 (Semester 6) and Year 4 Programme of study for each degree option:

Computer Engineering

Year 3

Semester 6

Year 4

Semester 7

Semester 8

Operating Systems

Software Engineering

Distributed Systems

Language Processors

Computer Networks

Communication and Security Protocols

Signals & Systems

Artifical Intelligence

Computer Architectures

Telecommunication Fundamentals

ASICs 1

Machine Vision

Control 2

Final Year Project 1

Final Year Project 2

Electronic Engineering

Year 3

Semester 6

  Year 4

Semester 7

Semester 8

Active Circuits

ASICs 1

ASICs 2

Sensors & Actuators

Computer Networks

VLSI DSP Systems

Signals & Systems

Electrical Power Systems

Power Electronics

Telecommuncation Fundamentals

Electronics & the Environment

Electromagnetics

Control 2

Final Year Project 1

Final Year Project 2

Robotic Engineering

Year 3

Semester 6

Year 4

Semester 7

Semester 8

Operating Systems

Artificial Intelligence

Spatial Robotics

Sensors & Actuators

Digital Signal Processing

Digital Control

Signals & Systems

Software Engineering

Distributed Systems

Telecommunication Fundamentals

Electrical Automation

Machine Vision

Control 2

Final Year Project 1

Final Year Project 2

Electrical Energy Engineering

Year 3

Semester 6

 Year 4

Semester 7

Semester 8

Electrical Energy
Telecommunication Fundamentals
Sensors & Actuators
Signals & Systems
Control 2

Electrical Power Systems
Mechanical Energy
Digital Signal Processing
Electrical Automation
Final Year Project 1
 

Power Electronics
Electromagnetics
Energy Management & Technology
Thermal Physics
Final Year Project 2

General

Within the other degree options there are sets of related modules, which can be taken separately in this option.

Year 3

Semester 6

 Year 4

Semester 7

Semester 8

Signals & Systems
Communications Theory
Control 2


Electives
Operating Systems
Languages Processors
Electrical Engergy
Active Circuits 4
Sensors & Actuators

Electives - (Choose Min 4 Max 4)
Computer Networks 1
Software Engineering
Artificial Intelligence
Digital Signal Processing 1
Electrical Power Systems
ASICS 1
Electrical Automation
Electronics & the Environment
Final Year Project 1

Electives - (Choose Min 4 Max 4)

VLSI Digital Processing Systems
Distributed Systems
Computer Architecture
Electromagnetics 1
Power Electronics
ASICS 2
Communications & Security Protocols
Digital Control
Energy Mangement & Technology
Spatial Robotics


Final Year Project 2