Observe
Bring one specific problem from school, home, sport, transit, or the community.
Workshop
Learn engineering by building.
A proposed student workshop for practical skills, collaborative projects, mentorship, and careful documentation.
04 / TEIThe format
Short skill sessions support longer project work. Students learn a tool because a real design question requires it—not as an isolated exercise.
Workshop rhythm
A repeatable path from observation to evidence.
Investigate
Talk to people, measure the situation, research existing approaches, and define constraints.
Sketch
Compare several possible mechanisms or systems before selecting a direction.
Build
Use cardboard, CAD, electronics, code, or simple fabrication to create a testable version.
Test
Record evidence, failures, and feedback instead of protecting the first idea.
Share
Explain the problem, process, result, and next question so another student can continue.
Core skills
Tools that make ideas testable.
CAD
Sketching, dimensions, component fit, assemblies, and enclosure design.
Electronics
Sensors, controllers, power, breadboards, wiring, and safe testing habits.
Prototyping
Fast physical models, iteration, 3D printing, and basic fabrication.
Documentation
Photos, diagrams, design notes, test records, and clear technical storytelling.
Responsible building
Safety and supervision are part of engineering.
Workshop activities should match student experience and use appropriate teacher or experienced-adult supervision. Equipment, power systems, tools, and body-connected sensors require clear procedures before testing begins.
The workshop is presented as a developing initiative. Dates, locations, mentors, and equipment access will be published only after they are confirmed.
Help shape the workshop
Bring a skill, a question, or a project.
Students and mentors can register interest while the workshop format develops.
Join the initiative ↗