Real builds, not playlists.
Every Drishti Innovations lesson ends with something the student actually built — circuit, robot, app, data dashboard, business pitch. Here's exactly how the hands-on pillar works, what hardware is needed, and how submissions are graded.
5 questions about hands-on projects
How many hands-on projects does Drishti Innovations include?
45+ guided projects across 5 levels — from a Smart Lamp at Level 1 to an autonomous line-follower robot and an AI-vision capstone at Level 5. Every project ships with a parts list, wiring diagram, code template, debugging checklist and a submission rubric.
Does my child need a robotics kit to start?
Not on day one. The first 8 lessons are simulator-and-paper based so families can decide before buying. From Level 2 onwards we recommend the Drishti Innovations Sensor Starter Kit; schools get class-set bundles included in their LMS plan.
How are project submissions graded?
Each project has a rubric across four axes: build correctness, code quality, debugging notes and a 60-second showcase video. Auto-grading handles the deterministic parts; mentors review the showcase video weekly and leave 1:1 written feedback.
What happens if a build doesn't work?
The Guided Troubleshooter walks the student through the most common 6–8 failure modes for that exact project (wrong pin, missing resistor, USB driver, etc.). If that doesn't resolve it, the safe AI tutor takes over with hints — never full solutions — and the mentor sees the escalation in their queue.
Do students keep a portfolio of what they built?
Yes. Every submitted project lives on the student's public Drishti Innovations profile with the photo, video, code and rubric score. By the end of Level 3 most students have a 15+ project portfolio link they can share with schools, scholarship juries or colleges.