LIFE AS AN ELECTRICAL, ELECTRONIC AND MECHATRONIC ENGINEER
YOUR TIMETABLE
Want to know what you can look forward to as an electrical, electronic, and mechatronic engineering student at Manchester? Take a look at the example timetable below.
Monday
10am: Tutorial First Year Projects
11am: One-to-One Personal Tutor
1pm: Computer Labs Intro to Programming
2pm: Lecture Mathematical Foundation & Analysis
Tuesday
9am: Lab Energy Transport And Conversion
1pm: Lecture Electronic Circuit Design
2pm: Lecture Electromagnetic Fields
4pm: Tutorial Mathematics
Wednesday
9am: Lab Microcontroller Engineering
12pm: Labs C Programming
1pm onwards Clubs and Societies
Thursday
9am: Lecture Electronic Circuit Design
10am: Lab Microcontroller Engineering
1pm: Lecture Energy Transport and Conversion
Friday
10am: Lecture Engineering Maths
12pm: PASS Peer Assisted Study Sessions
2pm: Lecture Electromagnetic Fields
Societies
Electrical and Electronic Engineering (EEESoc), Women in Science and Engineering, Robotics Society - there are so many societies to choose from at Manchester even before you consider sports, cultural communities, and special interests.
Lectures
Laboratories
Tutorials / Project meetings
Please note this is a sample timetable only and is included to give you an idea of how your time might be spent in year 1 as a EEE student. Units may be subject to change and availability. Students are issued their personal timetable upon enrolment of the course.
MEng TEAM PROJECT
Ready to take on the challenge of an MEng degree?
In the final year of an MEng you will complete a team project directly funded by industry or inspired by industrial needs. Past projects have included developing an instrumented training wheelchair for para-athletes, creating a haptic glove for remote handling, and developing a cyber-secure electricity management system in smart cities.
Don't just take our word for it. Watch the video and hear from students, academics and industry leaders all sharing what awaits you on the demo day!
"What made me choose Manchester over other unis was firstly the hands-on project that is incorporated in every year of the degree where you get to implement the theory you've been taught. Secondly, the chance to be taught in the Home of Engineering and Materials! And lastly, the amazing research side of Manchester.”
“Build a network: attend career fairs, join professional organisations, and connect with alumni and professionals in the field!”
“I enjoy the hands-on coursework where you will be implementing code, or software on an actual device and the satisfaction you get when you finish and it works!”
Psst! Click me.
