Solar Panel RoboDK Robot Report

I need a technically sound project report that documents the design and RoboDK simulation of a solar-panel handling robot, with the spotlight firmly on robot performance. Every section—introduction, design rationale, simulation setup—should ultimately feed into a clear performance story: how fast the robot completes each handling cycle, its payload utilisation, reach limits, repeatability, collision-free path quality, and any optimisations you implemented inside RoboDK to squeeze out extra efficiency.

You may touch on design decisions and basic simulation steps for context, yet dedicate the bulk of the analysis to hard numbers, screenshots, plots, and commentary that prove the cell’s effectiveness. A concise conclusion tying the data back to real-world viability will round it off.

Deliverables
• A well-structured report (Word or PDF) centred on performance results
• The final RoboDK cell file so I can reproduce your findings
• Any raw data or scripts used to generate graphs or metrics

Acceptance criteria: the report must read smoothly, contain all source figures, and allow me to open the RoboDK file and see the same performance metrics you quote.

Timing is critical—I’m aiming to review a full draft within days, so only apply if you can start immediately. When you respond, highlight your experience with RoboDK and any previous performance-driven robotic studies; that context will help me choose quickly.