SolidWorks Educational Robot Design
Budget: ₹12,500 – ₹37,500 INR
I’m developing a hands-on robot that helps learners grasp coding and programming concepts, and I need a mechanical designer who can take the idea from sketch to production-ready CAD using SolidWorks.
The goal is an engaging educational robot—think classroom-safe, modular, and easy to assemble—that physically demonstrates code in action (moving, gripping, lighting up, etc.). I already know what the electronics will do; what I’m missing is the full mechanical package: chassis, actuators and sensor mounts, snap-fit or screw-together panels, wire-routing, and anything else that turns the electronics into a robust teaching tool.
Key expectations
• Work entirely in SolidWorks, supplying all native files alongside STEP/IGES exports
• Develop the full 3-D model, sub-assemblies, and exploded views ready for DFM/3-D printing or light CNC work
• Provide manufacturing drawings and a concise bill of materials for off-the-shelf hardware (fasteners, bearings, servos, etc.)
• Keep the design classroom-friendly—no sharp edges, minimal small loose parts, and straightforward assembly for students or instructors
• Deliver a short assembly guide and any simulation/analysis files you feel are necessary to prove fit, clearance, and basic load paths
Will neeed design + report
professional tutors can connect
for more plz check the word file
The goal is an engaging educational robot—think classroom-safe, modular, and easy to assemble—that physically demonstrates code in action (moving, gripping, lighting up, etc.). I already know what the electronics will do; what I’m missing is the full mechanical package: chassis, actuators and sensor mounts, snap-fit or screw-together panels, wire-routing, and anything else that turns the electronics into a robust teaching tool.
Key expectations
• Work entirely in SolidWorks, supplying all native files alongside STEP/IGES exports
• Develop the full 3-D model, sub-assemblies, and exploded views ready for DFM/3-D printing or light CNC work
• Provide manufacturing drawings and a concise bill of materials for off-the-shelf hardware (fasteners, bearings, servos, etc.)
• Keep the design classroom-friendly—no sharp edges, minimal small loose parts, and straightforward assembly for students or instructors
• Deliver a short assembly guide and any simulation/analysis files you feel are necessary to prove fit, clearance, and basic load paths
Will neeed design + report
professional tutors can connect
for more plz check the word file