No-power diagnosis
Inspection, current draw and power-rail checks
A strong outcome is more than course completion. It is the ability to explain a diagnosis, perform a controlled repair and verify the device before handover.
Students move from following a demonstrated process to diagnosing increasingly complex faults with less support.
Name the component, circuit or workflow and describe its purpose.
Perform the technique safely while following the correct sequence.
Choose measurements and interpret evidence without guessing.
Test the repair, document the result and identify residual risk.
Actual devices vary by program and batch. These project types show how practical work can be documented.
Inspection, current draw and power-rail checks
Connector, path and charging-section diagnosis
Separation, OCA lamination and quality control
Schematic tracing, measurement and component work
Tool setup, correct package selection and verification
Intake notes, diagnosis, repair and final report
Students can use the same technical foundation differently depending on experience, equipment and opportunity.
Prepare for junior technician, service-desk and specialist repair opportunities with a clear skills portfolio.
Explore career supportBuild on existing repair experience through board, eMMC, OCA, iPhone or schematic diagnosis.
Compare specializationsPlan a small repair practice around responsible service intake, realistic tool investment and repeatable quality.
Read the career guideChip Craft Academy is rebuilding its student gallery around real project details, course information and consent-based profiles. The new site does not publish unsupported placement or training-volume numbers.
Book a workshop demo to understand the practical process, discuss your current level and see which course matches your next outcome.