GCSE & A-LEVEL DESIGN & TECHNOLOGY SUPPORT

Build an A/A* standard Product Design NEA portfolio in 12 weeks.

A specialist small-group online programme for A-Level Design & Technology students who want to improve their NEA structure, research analysis, specification writing, CAD development, prototyping, testing and evaluation.

Download the free NEA guide
NEXT 12-WEEK COHORT OPENING SOON · LIMITED PLACES AVAILABLE
Small-group live coaching
2 × 90-minute sessions per week
Maximum 5 students per group
Hero Visual
LIVE · SMALL GROUP
2 × 90-min sessions / week
RESULTS
A / A*
COHORT 04 · 2026
CAD STACK
Fusion · SolidWorks · AutoCAD
NEXT SLOT
Jun 14 · 15:00 GMT
EST. 2021 · CAMBRIDGE, UK
SCROLL ↓ TO EXPLORE
// 02 · WATCH · 3:00

See exactly how the programme works.

Three minutes on what separates a portfolio that scores from one that does not — and how we fix it.

Parents: find out how Design to Engineer can help your child reach their full potential.

// 03 · THE PROBLEM

Why hardworking DT students still lose marks.

Most students do not lose marks because they lack creativity. They lose marks because their NEA portfolio does not clearly show the process behind the design: how research shaped decisions, how specifications were tested, and how development improved the final outcome.

01
M.01 · MISTAKE

Research without design impact

Students collect information, but do not show how it influences their design direction. In this programme, students learn how to turn research into clear design insights, measurable specifications and justified development decisions.

02
M.02 · MISTAKE

Specifications that cannot be tested

Many students write broad statements such as “it must be strong” or “it must look good”. We help students write specific, measurable and user-led specification points that can be tested and evaluated properly.

03
M.03 · MISTAKE

Evaluation without evidence

A weak evaluation describes the final product. A strong evaluation proves how well it performs. Students learn how to use testing, feedback, CAD refinement and prototype evidence to strengthen their final portfolio.

// 04 · THE APPROACH

The Design to Engineer difference.

Most DT support stops at presentation and sketching. We cover the full NEA process — research, specification, development, CAD, prototyping, testing and evaluation — so students present their portfolio like a designer, with evidence behind every decision.

04 ITEMS
◎
D.01

Examiner-focused approach

What AQA examiners reward: context investigation, client input, development, testing evidence and evaluation.

⊞
D.02

Engineering-led thinking

Justify decisions with materials, manufacturing, CAD, ergonomics and performance evidence.

┐┘
D.03

Structured 12-week NEA support

A weekly framework from research and specification to CAD, prototyping, testing and evaluation.

★
D.04

Small-group feedback

Groups of up to 5, with targeted feedback on portfolio pages, CAD and written evidence.

05 · THE PROGRAMME

How the 12-week programme works.

A structured small-group programme covering every stage of a high-quality AQA Product Design NEA — research and specification through to CAD, prototyping, testing and final evaluation.

04 STAGES
01
STEP 01

Research & problem analysis

Turn research into design decisions. Students learn how to investigate users, contexts, existing products and materials, then convert findings into clear design insights.

02
STEP 02

Specification & design development

Write measurable specification points and develop ideas through sketching, CAD modelling, material choices, manufacturing awareness and iterative refinement.

03
STEP 03

Prototyping, testing & refinement

Use models, prototypes, client feedback and performance testing to improve the design and create stronger evidence for the portfolio.

04
STEP 04

Portfolio evaluation & exam confidence

Structure the final NEA portfolio with clear annotation, justified decisions and evidence-based evaluation, while strengthening key theory for written exam questions.

// 06 · STUDENTS

Who the 12-week programme is perfect for.

For GCSE and A-Level D&T students who want clearer coursework structure, stronger design decisions and more confidence in design or engineering pathways.

09 PROFILES
01 · GCSE DT

GCSE D&T students

Stronger foundations in design thinking, materials, CAD and evaluation.

02 · A-LEVEL DT

A-Level D&T students

Support with NEA portfolios, development, prototyping and exams.

03 · NEA SUPPORT

Coursework & NEA prep

Clearer structure for research, specs, testing and evaluation.

04 · PRACTICAL SKILLS

Hands-on learners

How products are designed, tested and improved in real practice.

05 · CAD & PROTOTYPING

CAD & prototyping skills

Confidence with CAD, modelling and technical drawings.

06 · HIGHER GRADES

Aiming for higher grades

Stronger evidence, justification and examiner-focused quality.

07 · ENGINEERING PATHWAY

Future engineers

For mechanical, product design and STEM career paths.

08 · UNIVERSITY PREPARATION

University applicants

A stronger portfolio for design and engineering courses.

09 · PROBLEM SOLVERS

Designers & innovators

For students who enjoy solving real problems.

// 08 · STUDENT OUTCOMES

What students improve through this approach.

03 OUTCOMES
01

Clearer research direction

Students learn how to use research to shape design decisions instead of simply collecting information.

02

Stronger specification writing

Students learn how to write specification points that are measurable, user-focused and linked to testing.

03

Better design development

Students learn how to improve their ideas step by step through sketching, CAD, prototyping and feedback.

// 09 · POPULAR QUESTIONS

NEA questions students often ask.

Still not answered? Drop me a message — happy to talk it through.

09 · 06 QUESTIONS
Most students lose marks because their portfolio does not clearly show design thinking. Research, specification, development, testing and evaluation must connect together, not sit as separate pages.
A strong specification is clear, measurable and linked to the user. It should include function, materials, ergonomics, size, safety, sustainability, manufacturing and testing criteria.
CAD is not the only thing that matters, but strong CAD development can improve communication, refinement, technical accuracy and portfolio quality.
Testing should happen throughout the project, not only at the end. Strong portfolios include user feedback, prototype testing, material/process testing and evaluation against specification points.
The biggest mistake is collecting research but not using it. High-quality NEA work shows how research directly influences design decisions, specification points, CAD changes and prototype improvements.
Start by fixing the structure. Make sure every section has a clear purpose: research informs specifications, specifications guide development, testing improves the design, and evaluation proves performance.
11 · COHORT 04 · CLOSING SOON

Ready to improve your DT coursework strategy?

Join the next 12-week small-group programme for GCSE and A-Level Design & Technology students who want clearer coursework structure, stronger NEA development, CAD confidence, testing evidence and examiner-focused evaluation.

GCSE & A-Level DT support
NEA & coursework guidance
CAD, prototyping & design development
Small-group engineering-led coaching
View programme details
COHORT 04 · SUMMER 2026
03/25
Places remaining for the next cohort
NEXT INTAKEJUN 14, 2026
DURATION12 WEEKS · 2 × 90 MIN / WEEK
FORMATONLINE · GROUPS OF UP TO 5