I design for my project i have design the vechile
Budget: ₹750 – ₹1,250 INR
I have taken an electric-vehicle concept through its preliminary design stages and now want to validate the motor and drivetrain. My main focus is comprehensive performance testing—electrical, mechanical, and software/control—to verify that the hardware and embedded logic meet the predicted specs before we proceed to pilot production.
Scope
You will plan and execute a coordinated test campaign on the assembled power-unit (inverter, motor, reduction gear, and associated control firmware). Real-time data acquisition, repeatable procedures, and clear reporting are crucial.
Key test areas
• Electrical performance testing
• Mechanical performance testing
• Software / control-system testing
Typical tools you might draw on include dynamometers, oscilloscopes, CAN-bus sniffers, MATLAB/Simulink, LabVIEW, and high-speed data loggers; feel free to propose alternatives if they achieve the same insight.
Deliverables
• A concise but complete test plan outlining objectives, equipment, instrumentation, and pass/fail criteria
• Raw data files plus processed datasets with clear labeling
• A final report summarizing methodology, results, anomalies, and actionable recommendations for design tweaks or firmware calibration
Acceptance criteria
The report must correlate electrical, mechanical, and control data in a way that pinpoints efficiency losses, thermal limits, and control-loop stability, and it should highlight any deviations beyond ±5 % of the design targets.
Timing is flexible within the next four weeks, but once we lock the schedule I need reliable milestone dates for plan approval, bench testing, and final review. Let me know what facilities you have access to and any additional information you require so we can hit the ground running.
Scope
You will plan and execute a coordinated test campaign on the assembled power-unit (inverter, motor, reduction gear, and associated control firmware). Real-time data acquisition, repeatable procedures, and clear reporting are crucial.
Key test areas
• Electrical performance testing
• Mechanical performance testing
• Software / control-system testing
Typical tools you might draw on include dynamometers, oscilloscopes, CAN-bus sniffers, MATLAB/Simulink, LabVIEW, and high-speed data loggers; feel free to propose alternatives if they achieve the same insight.
Deliverables
• A concise but complete test plan outlining objectives, equipment, instrumentation, and pass/fail criteria
• Raw data files plus processed datasets with clear labeling
• A final report summarizing methodology, results, anomalies, and actionable recommendations for design tweaks or firmware calibration
Acceptance criteria
The report must correlate electrical, mechanical, and control data in a way that pinpoints efficiency losses, thermal limits, and control-loop stability, and it should highlight any deviations beyond ±5 % of the design targets.
Timing is flexible within the next four weeks, but once we lock the schedule I need reliable milestone dates for plan approval, bench testing, and final review. Let me know what facilities you have access to and any additional information you require so we can hit the ground running.