The first year of your course will be spent studying engineering principles in maths, electrical and mechanics, along with core engineering knowledge such as behaviour of engineering materials. You will also gain fundamental skills which are essential to successful progression into the world of modern engineering; in Computer Programming and Computer Aided Design (CAD). In your second year, alongside specialist mechanical and electrical units such as Microprocessors, you will get the experience of exploring further mathematical modelling in engineering through Calculus, Thermodynamics and Further Maths. You will also have the opportunity to choose an engineering specialism on which you will base your specialist engineering project.
About Education Provider
| Region | North West |
| Local Authority | Halton |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address |
The first year of your course will be spent studying engineering principles in maths, electrical and mechanics, along with core engineering knowledge such as behaviour of engineering materials. You will also gain fundamental skills which are essential to successful progression into the world of modern engineering; in Computer Programming and Computer Aided Design (CAD). In your second year, alongside specialist mechanical and electrical units such as Microprocessors, you will get the experience of exploring further mathematical modelling in engineering through Calculus, Thermodynamics and Further Maths. You will also have the opportunity to choose an engineering specialism on which you will base your specialist engineering project.