HEAD・S WELCOME
Dear Students,
Welcome to the Department of Electrical Engineering (EE)! All of us in EE, the faculty, staff, and the EE Programme Management Team are ready to walk you through a transformation journey into the future leaders of technologies.
Achieving the goal is never easy. Conscientiousness and persistence to get most from your studies are the keys to success. The Department is here to provide all the necessary support. The programmes are relevant to the local community as well as having global impacts. Co-curricular initiatives including those career-related are designed to add value to students・ whole-person development, ever considered as important as mastering strong technical knowledge for an outstanding graduate.
We have many successful stories of our graduates. Our faculty and staff are especially proud of our students・ enthusiasm to think big in their career dreams, their achievements in student competitions, and students・ novel and innovative ideas integrated nicely with hands-on experience. We are here to serve you and to provide you with the best resources available.
I am sure your aspiration for a fruitful journey will bring you final satisfaction and unexpected rewards.
Stella Pang
Chair Professor and Head
Department of Electrical Engineering
August 2019
MAJOR MANAGEMENT TEAM
Departmental Academic Advisor
Professor Hugh GRIFFITHS
Thales/Royal Academy of Engineering Chair of RF Sensors
Department of Electronic & Electrical Engineering
University College London
Gower Street, London
WC1E 6BT,
UK
Major Intended Learning Outcomes
- Aims of the Major
We aim to provide students with a solid education in advanced electronics and communications. Students will be exposed to the latest developments in wireless technology; high-speed communications; data technology; photonic, electronic, & sensor devices; e-security & e-circuit design, and AI engineering.
Our education will transform students into well-trained professional engineers with the skills and vision to enable students to progress further in their career path in this rapidly changing knowledge-based economy. The major will also equip students to pursue postgraduate studies.
- Major Intended Learning Outcome: Demonstrable Outcomes
On completion of the major, students should have the following demonstrable learning outcomes:
- An ability to apply knowledge of mathematics, science and engineering.
- An ability to design and conduct experiments as well as to analyze and interpret data.
- An ability to design a system, component, or process that conforms to a given specification within realistic constraints.
- An ability to function on multi-disciplinary teams.
- An ability to identify, evaluate, formulate and solve engineering problems.
- Awareness of professional and ethical responsibilities.
- An ability to communicate effectively.
- Knowledge in contemporary issues and an awareness of the impact of engineering solutions in a broad, global and societal context.
- Recognition of the need for life-long learning.
- An ability to use necessary engineering tools.
Major Requirements
Core Courses : 69 Units
Course Code
|
Course Title |
Credit Units
|
EE1001 |
Foundations of Digital Techniques |
3 |
EE1002 |
Principles of Electronic Engineering |
3 |
GE1354 |
Introduction to Electronic Design |
3 |
CS2311 |
Computer Programming |
3 |
EE2000 |
Logic Circuit Design |
3 |
EE2004
|
Microprocessor Systems |
3 |
EE2104 |
Introduction to Electromagnetics |
3 |
EE2108 |
Computational Engineering Analysis |
3 |
EE2109 |
Electronic Circuits |
3 |
EE2301 |
Basic Electronic Circuits |
3 |
EE3070 |
Design Project |
3 |
EE3008 |
Principles of Communications |
3 |
EE3012 |
Engineers in Society [see note h] |
3 |
EE3101 |
Communication Engineering |
3 |
EE3109 |
Applied Electromagnetics |
3 |
EE3110 |
Analogue Electronic Circuits |
3 |
EE3114 |
Systems & Control |
3 |
EE3115 |
Applied Optoelectronic Devices |
3 |
EE3210 |
Signals and Systems |
3 |
MA2001 |
Multi-variable Calculus and Linear Algebra |
3 |
MA3001 |
Differential Equations |
3 |
EE4096 |
Engineering Training I |
0 |
EE4097 |
Engineering Training II |
0 |
EE4080 |
Project |
6 |
|
|
Elective Requirement: 15 Credit Units
Students are required to take technical elective courses of at least 15 CUs (5 courses) from the Elective List.
Group A (6 credit units)
Course Code
|
Course Title |
Credit Units
|
EE3009 |
Data Communications and Networking |
3 |
EE4035 |
Optical Fibre Communications |
3 |
EE4036 |
Wireless Communications |
3 |
EE4316 |
Mobile Data Networks |
3 |
Group B (9 credit units)
Course Code
|
Course Title |
Credit Units
|
EE2331 |
Data Structures and Algorithms |
3 |
EE3206 |
Java Programming and Applications |
3 |
EE4015 |
Digital Signal Processing |
3 |
EE4016 |
Engineering Applications of Artificial Intelligence |
3 |
EE4017 |
Internet Finance |
3 |
EE4045 |
Computer Controlled Systems |
3 |
EE4101 |
Sustainable Energy Systems |
3 |
EE4105 |
Principles of Lasers |
3 |
EE4107 |
Microwave Circuits for 5G Wireless Product Design
|
3 |
EE4108 |
Fundamentals of Antenna Design
|
3 |
EE4115 |
Audio-Visual Engineering |
3 |
EE4142 |
Introduction to Integrated Photonics |
3 |
EE4146 |
Data Engineering and Learning Systems |
3 |
EE4209 |
Digital Audio Technology |
3 |
EE4215 |
Cybersecurity Technology |
3 |
EE4221 |
Cloud Computing Systems |
3 |
Examples of Elective Course Selections:
Optional One-year Internship
Course Code |
Course Title |
Credit Units |
EE4081 |
Professional Internship Program |
6 |
Students having completed EE4081 Professional Internship Program (6CUs) will take one less elective (3CUs) and are not required to take EE3012 Engineers in Society (3CUs).For those who have completed 12-month internship in EE4081 are not required to take EE4097 Engineering Training II.