Course Description
Technically, Mechanical Engineering is the application of the principles and problem-solving techniques of engineering from design to manufacturing to the marketplace for any object. Mechanical engineers analyse their work using the principles of motion, energy, and force ensuring that designs function safely, efficiently, and reliably, all at a competitive cost.
Our experienced professionals and academics will support you throughout your degree and our programme allows you to get the most out of your lectures and seminars.
DURATION |
3 year |
AWARDING BODIES |
The University of Bolton BTEC Pearson |
TOTAL CREDITS |
360 |
ASSESSMENT CRITERIA |
Presentations, Assessments & Exams |
MODULES
1st Year Semester One Semester Two |
Module 1 – Engineering Mathematics |
Module 2 – Electrical & Electronic Principles | |
Module 3 – Mechanical Principles (Basics) | |
Module 4 – Principles and Applications of Fluid Mechanics | |
Module 5 – Thermodynamic Principles and Practice | |
Module 6 – Computer Aided Design in Engineering | |
Module 7 – Computer Programming | |
Module 8 – English Language & Communication | |
Module 9 – Engineering Design | |
Module 10 – Engineering Maths | |
Module 11 – Engineering Science | |
Module 12 – Managing a Professional Engineering Project | |
Module 13 – Mechanical Principles |
2nd Year Semester One Semester Two |
Module 1 – Fundamentals of Thermodynamics and Heat Engines |
Module 2 – Mechatronics | |
Module 3 – Automation, Robotics and Programmable Logic Controllers | |
Module 4 – Research Project | |
Module 5 – Professional Engineering Management | |
Module 6 – Advance Mechanical principles | |
Module 7 – Virtual Engineering | |
Module 8 – Further Mathematics | |
Module 9 – Sustainability | |
Module 10 – Heating, Ventilation, Air Conditioning |
3rd Year Semester One Semester Two |
Module 1 – Automobile & Mechanical Design (Bridging Module) |
Module 2 – Advanced Materials and Structures | |
Module 3 – Management & Enterprise in Engineering | |
Module 4 – Advanced Thermofluids & Control Systems | |
Module 5 – Finite Element & Difference Solutions | |
Module 6 – Major Project |
ENTRY CRITERIA |
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CAREER OPTIONS |
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LEVELS |
4,5 & 6 |
Course Info
- Duration: 36 Months
- Prerequisites: No