The KS4 Technical Engineering curriculum offers pupils a comprehensive introduction to the dynamic world of engineering through hands-on experience and theoretical understanding. Pupils will engage with core engineering principles, including CAD (Computer-Aided Design), 3D printing, and basic robotics, while honing essential problem-solving and critical thinking skills necessary for success in the industry. The curriculum is structured around real-world applications, exposing students to various engineering fields such as mechanical, electronic, and civil engineering, along with insights into career pathways and industry standards. 

Throughout the three years, pupils will participate in project-based learning that emphasises practical applications of engineering concepts, allowing them to work collaboratively on design challenges and develop innovative solutions. The gradual release model ensures that students build upon their knowledge progressively, with a blend of theory and hands-on projects. Assessments in Year 9 are strategically aligned with the coursework (NEA) expectations in Years 10 and 11, reinforcing learning and providing clarity on the exam syllabus. Early introduction of marking criteria establishes a consistent framework for evaluation and feedback. 

By the end of the course, pupils will not only have a solid foundation in engineering skills but will also possess a portfolio of projects demonstrating their creativity and technical capabilities. The Technical Engineering course prepares students for further education and career opportunities in a plethora of engineering disciplines, equipping them with the skills and knowledge to thrive in an ever-evolving technological landscape. 

 

What will the learner study as part of this qualification?

This qualification shows learners how to:

• understand engineering disciplines
• understand how science and maths are applied in engineering
• understand how to read engineering drawings
• understand properties and characteristics of engineering materials and know why specific materials are selected for engineering applications
• understand engineering tools, equipment and machines
• produce hand-drawn engineering drawings
• produce Computer Aided Design (CADD) engineering drawings
• demonstrate production planning techniques
• demonstrate processing skills and techniques applied to materials for a manufacturing task
• understand how to create, present and review art and design work

 

Qualification Structure

Qualification Number (QN)			603/2963/4
Level			Combined Level 1/2
Guided Learning Hours (GLH)			120 plus 1 hour 30 minutes’ external assessment
Unit 01	48 GLH	40% Weighting	Externally assessed: written examination (externally marked)	Unit grades: NYA, L1P, L1M, L1D, L2P, L2M, L2D
Unit 02	72 GLH	60% Weighting	Internally assessed: synoptic project (externally quality assured)	Unit grades: NYA, L1P, L1M, L1D, L2P, L2M, L2D
TOTAL	120 GLH	100%	Overall qualification grades: NYA, L1P, L1M, L1D, L1D*, L2P, L2M, L2D, L2D*

To achieve the NCFE Level 1/2 Technical Award in Engineering, learners must successfully demonstrate their achievement across the assessment objectives of the units as detailed in this qualification specification. Learners must achieve a minimum of a Level 1 Pass in the internal and external assessment to achieve the overall qualification.

There are many reasons to study engineering!

Engineers are Prestigious

Being an engineer is an admired job title; those who don’t study the subject will be impressed when they hear it. It takes a lot of hard work and effort to qualify as an engineer, so respect from others tends to come naturally.

You’ll Achieve Professional Success

Even if you don’t enter a career in engineering, a qualification in the subject will set you up for professional success. Engineers have logical thinking, critical analysis and decision-making skills that are sought after by many professional careers.

Problem-Solving is a Skill

As an engineer, you’ll be able to count problem-solving as skill. Your training would have allowed you to acquire the skills and confidence needed to deal with all kinds of problems. In fact, you’ll probably start to view them as a challenge!

Financially Secure

As we mentioned, those with qualifications in engineering are likely to find professional success, whether they stay in the industry or not. Engineers are some of the highest-paid workers, with an average starting salary of around £26,000.

Contribute to Society

Engineers contribute to society and the world around them in their everyday lives. Ask your employers or teachers about their previous engineering work, you’re bound to notice the sheer pride they are feeling.