Engineering

Key Aims of the Course 

The course aims to: 

  • Develop understanding of the core principles and applications of engineering.  
  • Build knowledge of mechanical, electrical/electronic and mathematical engineering principles.  
  • Explore the structure of the engineering industry, including modern and emerging technologies.  
  • Develop skills in engineering design, technical communication and problem solving.  
  • Introduce students to engineering project management and solution development.  
  • Provide a strong foundation for progression to engineering and STEM-related degree courses.  

Content: 

Course Content 

The course covers four key areas of engineering: 

 What will I study? 

The course covers four key areas of engineering: 

Engineering Principles 

Develop your understanding of the mathematics and science that underpin engineering, including mechanical, electrical and electronic systems. You will learn how engineers use data, calculations and technical information to solve real-world problems.  

Engineering Applications 

Explore how modern engineering is shaping the world around us. You will investigate engineering materials, manufacturing processes, sustainability and emerging technologies used across industry.  

Engineering Design 

Learn how engineers communicate their ideas through technical drawings and Computer-Aided Design (CAD). You will create 2D drawings and 3D models while responding to design briefs and technical specifications.  

Engineering Project 

Apply your learning to a practical engineering project. You will develop skills in planning, project management, teamwork and problem solving while taking an idea from concept through to a completed solution.  

What skills will I develop? 

Throughout the course you will build valuable skills that are highly regarded by universities and employers, including: 

  • Problem solving and critical thinking 
  • Mathematical and scientific application 
  • Creativity and innovation 
  • Project management 
  • Technical communication 
  • Independent learning and research 
  • Teamwork and professional working practices  

How will I be assessed? 

The qualification consists of four mandatory units: 

  • Two units assessed through external examinations. 
  • Two units assessed through coursework-based assignments and practical project work. 

 

Curriculum map 

Year  Curriculum overview  Assessment 
12  Engineering Applications 

Engineering Principles 

June Examination 

January Examination Year 13 

13  Engineering Design 

Engineering Project 

Coursework based units completed by May 

 

Career opportunities (What can this qualification lead to) 
The qualification supports progression to degrees such as: 

  • Mechanical Engineering 
  • Electrical/Electronic Engineering 
  • Chemical Engineering 
  • Environmental Engineering 
  • Product Design Engineering 
  • Design Engineering 

It complements A Levels including Mathematics, Physics, Chemistry and Design & Technology. 

Registration for : Engineering

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