Welcome
Bring together and strengthen your Learning Aim A evidence
You have now completed the main Learning Aim A teaching sequence: project life cycle, engineering research, problem definition, creativity, alternative solution scoping and feasibility analysis.
This workshop is about turning that learning into a coherent piece of assessment evidence. The aim is not to add random extra pages, but to make sure your work is complete, logically connected and supported by engineering evidence.
Does your Learning Aim A evidence clearly show how you moved from a researched engineering problem to a justified preferred solution?
Workshop Outcomes
What should you complete or improve today?
Every section should connect logically to the next: research → problem definition → alternatives → feasibility → preferred solution.
Evidence Readiness Check
Identify gaps before you continue writing
Use these questions to check whether your Learning Aim A evidence is ready.
Why This Matters
Strong assessment evidence tells the story of your engineering decision
Assessment evidence is stronger when the reader can clearly follow your engineering reasoning. If your research identifies one problem but your alternatives solve a different problem, or if your feasibility matrix uses criteria unrelated to your research, the submission becomes disconnected.
This workshop is therefore about coherence as much as completeness. Your evidence should show a traceable engineering decision-making process.
Could another engineer read your Aim A work and understand why you selected your preferred solution without needing you to explain the missing steps verbally?
Learning Aim A Quality Check
Review the full chain of evidence
1 • Research & Problem Definition
Research
Use relevant, credible and varied sources.
Problem
Define who is affected, what is happening, why it matters and the important constraints.
Evidence
Use data, stakeholder input, observations or technical sources to support the problem.
Does your research actually support the problem you say you are solving?
2 • Alternative Solutions
Your alternatives should be technically different enough to justify comparison. Each serious option should be developed to a similar level.
- annotated concept sketch
- main components and materials
- likely manufacturing or implementation process
- resources and facilities
- preliminary cost information
- technical assumptions and unknowns
3 • Feasibility Study
Compare the alternatives using criteria that matter to your actual project.
Technical
Performance, safety, reliability and compatibility.
Commercial
Cost, lead time and resource availability.
Project
Time, risk, sustainability and deliverability.
Can you explain where each important score or judgement came from?
4 • Preferred Solution
Your conclusion should be more than a final score. Explain why the selected solution offers the strongest overall fit with the project requirements. Acknowledge important disadvantages and any evidence still required.
“Alternative ___ is preferred because… The strongest evidence is… It performs better than Alternative ___ in… Its main limitation is… This will be managed by…”
5 • Presentation Quality
- use clear headings and logical order
- label figures, sketches and tables
- reference research sources appropriately
- use engineering terminology accurately
- remove unsupported claims
- check that all evidence is readable and relevant
Assignment Workshop Guidance
Teacher-led review before independent improvement
Learning Aim A – Assignment Workshop
Use the Lesson 06 presentation to review the required evidence structure, common weaknesses, quality-checking methods and the process for improving Learning Aim A work before submission.
▶ Open Workshop PresentationWorked Evidence Review
Spot strengths and weaknesses in a sample project
Sample project: Automated Workshop Inspection Aid
A student researches inconsistent manual inspection, generates three concepts and selects a camera-based inspection aid. Review the evidence below as if you were quality-checking the submission.
Research
Uses manufacturer webpages and one anonymous forum comment, but no direct workshop data.
Alternatives
Lists camera inspection, improved manual checklist and sensor-based checking, but develops only the camera option.
Feasibility
Scores all options but gives no evidence for several scores and no weighting rationale.
Review task
- Identify three weaknesses in the research evidence.
- Explain what is missing from the alternative-solution development.
- Identify two weaknesses in the feasibility comparison.
- Suggest how the preferred-solution justification could be improved.
- List the evidence that should be added before submission.
Your Assignment Improvement Plan
Turn feedback and self-review into clear actions
Part A • Audit your evidence
Review your current Aim A work and identify what is complete, what is weak and what is missing.
Choose the three improvements that will make the biggest difference to the quality and completeness of your submission.
Use the remaining workshop time to complete the highest-priority technical work. Do not spend the whole session formatting before the engineering evidence is complete.
Workshop Summary
What a strong Learning Aim A submission should demonstrate
1 • Evidence-Based Problem
The project problem is clearly defined and supported by relevant research.
2 • Genuine Alternatives
Several technically credible solutions are developed to a comparable level.
3 • Structured Feasibility
Alternatives are compared using relevant criteria and defensible evidence.
4 • Justified Preferred Solution
The final selection follows logically from the research and feasibility study.
Lesson 07 begins Learning Aim B with Project Planning, Gantt Charts & Monitoring.
Exit Check
Confirm your Aim A readiness
Question 1
What is the weakest part of your current Learning Aim A evidence, and why?
Question 2
Which piece of evidence most strongly supports your preferred solution?
Question 3
What remaining technical assumption or uncertainty still needs checking?
Question 4
What is your next action before submission?
Worksheet 6
Learning Aim A Evidence Audit & Improvement Plan
Unit 5 Lesson 06 Workshop Worksheet
Use the worksheet to audit your Learning Aim A evidence, identify gaps, prioritise improvements and record completion actions.
The Lesson 06 workshop worksheet and teacher guidance file can be added to these folders when the resources are ready.
AI Lesson Companion
Future VITHAAA learning support
Ask VITHAAA AI
The future Unit 5 AI Tutor can act as a quality-checking assistant by asking students where evidence came from, identifying weak links between sections, challenging unsupported claims and prompting them to strengthen their own engineering reasoning without writing the assessed work for them.