Mechanical engineering preparation
Welcome to the School of Mechanical Engineering Sciences. We are delighted you have decided to join us, and we look forward to meeting you in September.
This page contains some information about the course and modules, background reading to help you prepare for the upcoming semester and some tips for preparing for the start of the academic year.
If you have any questions before you arrive, feel free to email the Senior Personal Tutor for the School of Engineering; Rosanna Gilson on r.gilson@surrey.ac.uk
Welcome video from the School of Engineering
School of Engineering Welcome
Course overview
We have three programmes within the School at undergraduate level:
- Aerospace Engineering
- Biomedical Engineering
- Mechanical Engineering
All of these degrees can be taken at either BEng or MEng level. We have designed your degrees with flexibility in mind. That means you may be able to change course once you are here, typically up to the end of the first year to switch between disciplines. However, a number of students begin taking a three-year BEng, but after recognising the value of a placement decide to move to either the 4-year BEng or the 5-year integrated Masters degree.
The academic year is split into two semesters October-February and February-June with coursework throughout the year and examinations at the end of each semester.
In the first academic year at Surrey, you will study eight modules – four per semester. The structure of the first year is as follows:
Year 1 (FHEQ Level 4) 2025/6
All modules are compulsory, and each is worth 15 credits.
Semester 1
MAT1044 – Engineering Mathematics – J.Grant
ENG1062 - Fluid Mechanics and Thermodynamics 1 - G. Tian
ENG1107 – Materials: Properties & Performance - J. Watts
ENG1064 - Design and Component Production - W. Xu
Semester 2
ENG1085 – Mathematics 2 – D. Doherty
ENG1106 - Mechanics - D. Birch
ENG1091 - Experimental and Professional Skills - J. Keddie
ENG1105 - Electronic Circuits and Devices - A. Hartavi
During your first year, you will also be taking part in a Personal & Professional Development Programme (PDP), which will equip you with tools, knowledge and opportunity to enable you to thrive both personally and professionally while at university and beyond.
So that you can get an understanding of what and how you will study as a Mechanical Engineering Sciences student, the details of each module you will be studying in the first year can be seen in the links to the module catalogue for each module, which contain key information on the module including:
- Module overview and indicative module content
- Student workload and its breakdown
- Assessment pattern
- Modules aims and learning outcomes
- Teaching and learning methods
- Reading list
Semester 1 modules
- Engineering Mathematics
- Fluid Mechanics & Thermodynamics 1
- Materials: Properties and Performance
- Design and Component Production
Semester 2 modules
Top tips
Re-familiarise yourself with notes from your A-level Mathematics studies (and physics if you took it). This will help to make sure you hit the ground running since it is easy to forget things after the long summer break.
It would be useful for you to look at the material supplied by the Library on general skills such as referencing and technical writing, as these will be invaluable to you throughout your degree and in future careers.
You will be asked to take a mathematics diagnosis test before you arrive. This will give you an idea of where you may have weaknesses. But don’t worry, whatever your mathematical ability every relevant topic will be covered in your first year.
It’s not all work! We have some wonderful student societies, MechSoc, Women in Engineering Society, and Formula student to name a few, which we hope you will join and get involved in their activities. Before you arrive, you can also explore the range of other societies that the university offers on the Surrey Students' Union website.
Recommendation computer specification
Many of the modules you will be studying throughout your degree will require the use of specialist Engineering software, for example in Year 1, you will studying Computer Aided Design and will be using Fusion 360. The system requirements for the software that will be used is:
- A processor with at least 4 cores
- Windows 11 or Windows 10 Operating System.
- 4 GB (or higher) graphics card
- 2 GHz CPU speed.
- 8 GB main memory (RAM)
The University has multiple computer suits that students can use, so if you don’t have your own PC, you can access the computers on campus to complete your work.