Placeholder page for documenting work experience around camshaft engineering tools, CNC camshaft visualisation, and a Spintron/camshaft dyno concept involving sensing, control, and data acquisition.
CamshaftsCNC visualisationTest rigsDAQVFD control
Company evidence
Placement objective
Add a concise description of why the placement mattered: what engineering environment you were exposed to, what problems the company works on, and how your tasks connected to real camshaft manufacturing, testing, or analysis work.
Engineering context
Current known context: camshaft-related tooling, CNC camshaft visualisation, and a Spintron/camshaft dyno concept involving high-speed RPM measurement, laser displacement sensing, encoder feedback, VFD control, and microcontroller-based data acquisition.
Camshaft-related engineering tools
CNC camshaft data visualisation
Spintron/camshaft dyno concept
High-speed RPM and encoder measurement
Laser displacement sensing
VFD control and microcontroller-based data acquisition
My technical contribution
Add specific notes here about what you personally designed, analysed, coded, tested, documented, or investigated. This section should separate your contribution from broader company context.
Results and evaluation
Add what was produced, what worked, what was validated, what remained conceptual, and what you learned. Keep confidential details out, but include enough engineering substance for a recruiter to understand the value of the placement.
Workshop or equipment contextNon-confidential photo or diagram showing the type of camshaft, CNC, measurement, or test-rig environment you worked around.
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CNC visualiser screenshotScreenshot of the camshaft visualiser showing lobe geometry, grinding paths, point counters, or comparison views.
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Spintron architecture diagramBlock diagram showing VFD, motor, camshaft, encoder, laser displacement sensor, STM32 controller, and PC dashboard.
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Signal and wiring diagramDiagram for encoder RS-422, laser analog output, isolated RS-485/Modbus, grounding, power, and protected ADC input.
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Data or calibration plotPlot showing RPM, cam angle, displacement, calibration behaviour, repeatability, or timing synchronisation.
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Engineering notes or sketchesCleaned-up sketch, whiteboard diagram, or notebook-derived diagram that explains a design decision.
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Tool workflowStep-by-step visual showing raw CNC or sensor data becoming a readable plot or logged engineering result.
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Results and evaluationShort summary graphic showing what the work achieved, what was validated, and what still needed implementation.