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Technical modelling
Creating controlled digital geometry suited to a defined purpose.
Post-16 education · Ages 16–18
Develop technical confidence for progression and careers.
Applied CAD, prototyping and additive-manufacturing experiences for sixth forms, colleges and technical learners preparing for their next stage.
Practical by designIdeas become tangible outcomes.
Learner stageSixth form and college
Core approachApplied technical projects
SkillsCAD, prototyping, evaluation
ProgressionHigher education and careers
Technical progression
Move from classroom exercise to applied project work.
Post-16 learners benefit from briefs that require accuracy, planning and independent decision-making. The technology becomes part of a wider process: defining a need, modelling a response and evaluating whether it works.
This creates a practical bridge between subject knowledge and the expectations of further study, technical training and industry-facing project work.
Learning outcomes
Capabilities learners can evidence
The aim is not simply to complete a print, but to demonstrate a considered technical process.
Prototype evaluation
Assessing form, function, manufacture and possible improvement.
Process documentation
Recording decisions, development and evidence in a professional manner.
Professional communication
Explaining a technical solution to tutors, peers or project stakeholders.
Before post-16 delivery
What helps us pitch the technical depth correctly
Post-16 groups vary widely in experience, so the strongest starting point is a clear picture of the course, capability and required evidence.
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01
Course context
Tell us the qualification, subject area or enrichment purpose the activity needs to support.
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02
Prior capability
Outline the group’s existing CAD, design, engineering or manufacturing experience.
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03
Required evidence
Confirm whether learners need portfolio material, assessed evidence, a prototype or a presentation outcome.
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04
Facilities and workflow
Share the software, devices, workshop access and manufacturing constraints that shape what is realistic.
Delivery options
Suitable for technical and academic routes
We discuss subject context, learner experience and the required output before defining the programme scope.
Vocational projects
Applied design activity connected to practical, technical or manufacturing study.
Sixth-form enrichment
A focused experience that strengthens problem-solving and adds technical breadth.
Progression preparation
Project work that supports discussion of portfolios, university study, apprenticeships and careers.
Questions answered
What you may want to know before enquiring.
The final scope is always confirmed against the learner group, setting and intended outcome.
Can the project align with a vocational subject?
Potential alignment is discussed during planning. The brief, technical depth and required evidence can be shaped around the intended learner context.
Can learners work on more complex CAD?
Yes, where the group’s prior experience and the available delivery time support it. We agree a realistic level before the programme begins.
Is this suitable for careers or progression activity?
Yes. Applied design and prototyping provide a useful context for discussing engineering, product design, digital manufacturing and related pathways.
Start a conversation
Discuss college delivery
Create a stronger bridge to the next stage.
Tell us the course, learner profile and intended project outcome so we can discuss a credible delivery route.