Requirements
Check whether the requirements are measurable, traceable, realistic, and connected to stakeholder needs.
Engineering capstone support
Engineering capstone project review
Independent mentor feedback on requirements, architecture, risk, prototypes, validation, and the evidence behind technical decisions.
The purpose
Make the engineering argument visible.
An engineering capstone is more than a working object. Review should connect the problem, requirements, design trade-offs, safety and implementation risks, validation method, and results. StudyLabX is planning milestone-based reviews that help students identify gaps while keeping every design decision and deliverable student-owned.
- Best for
- Hardware, embedded, IoT, mechanical, electrical, multidisciplinary, and systems projects.
- Planned entry
- Architecture & Roadmap from an indicative CAD 299.
- Review evidence
- Requirements, diagrams, calculations, risk records, test plans, results, and limitations.
- Status
- Pre-launch preview. No applications or payments are accepted.
Review lenses
Technical feedback at the decisions that matter.
Architecture
Compare interfaces, constraints, failure points, alternatives, and the reasons behind the selected design.
Validation
Connect each important claim to a test, calculation, inspection, demonstration, or documented limitation.
What review can cover
A review that asks for reasoning, not cosmetic polish.
The mentor may examine system boundaries, assumptions, component selection, interface definitions, tolerance or capacity arguments, safety considerations, prototype limitations, and test coverage. Feedback identifies questions and corrective actions; it does not replace the student's calculations, build, report, or assessment.
Where a project includes software or AI, the review can also connect code quality, datasets, model evaluation, deployment constraints, and reproducibility to the broader engineering case.
- Requirements traceability and acceptance criteria
- Architecture diagrams and interface risks
- Prototype and integration checkpoints
- Verification and validation planning
- Evidence gaps and defence questions
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