Engineering - Single | Double

"I have really enjoyed the mix of theory and practical work in Engineering.”

Entry Requirements

Three GCSEs at grade 4 plus a grade 5 in Maths

Subject Intent

Students will develop a good understanding of engineering concepts relating to design and manufacture. They will have the confidence to apply their knowledge of problem solving to be able to solve complex engineering problems with ease and to understand how engineering has helped shape the world we live in today and the part it has to play in developing our future.

Course Introduction

The Engineering course offers a more practical and hands-on approach than the traditional A Level route for engineering, although it can be taken alongside A Level Maths and Physics as well. It is a good introduction to the principles of engineering and their application and will enable you to actively experience the engineering environment. You will examine the engineering workplace both locally and nationally.

The units studied provide a mix of practical and theoretical work and include Mathematics for Engineers, Principles of Mechanical Engineering, Electrical and Electronic Principles, Materials Science and Computer Aided Design. The course is assessed through a mixture of projects and assignments based on realistic workplace situations, as well as exams. The course develops the versatile problem-solving skills that you need when working in engineering industries.

The course directly supports entry into engineering as a career and is an excellent choice if you are considering an apprenticeship or a higher education course in engineering.

Course Modules

The units studied have been chosen to provide a broad overview of engineering including mechanical and electrical engineering as well as supporting subjects such as maths, science and materials.

Units studied will depend on whether you choose to take single or double Engineering but may include:

• Mathematics for Engineers
• Science for Engineers
• Electrical and Electronic Principles
• Engineering Materials
• Engineering and the Environment
• Mechanical Design and CAD
• Circuit Simulation and Manufacture

Learning is achieved through the completion of projects and assignments based on realistic workplace situations, activities and demands.

Assessment

Assessment will combine written assignments and practical projects that will be based on realistic workplace situations.

Course Fact

We visit British Steel to examine steel making and the production of railway lines.

Example Career Opportunities

Electrical Engineer | Building Surveyor | Telecommunication Engineer | Programmer | Military | Aircraft Engineer Aerospace Engineer | Cellar Technician | Electricity Distribution Worker