Engineering Jr
Engineering Jr builds the first serious engineering foundation for younger students. The course combines clear theoretical explanations with practical activities: simple circuits, visual programming, Arduino-style microcontroller tasks, beginner Python, sensors, and a final project. Students learn not only to assemble things, but to understand why the system works.
Advantages
- Strong beginner-friendly theory explained through practical experiments.
- Projects that develop logic, creativity, teamwork, and confidence.
- A systematic path from simple circuits to a working final prototype.
What is included in the program?
- Engineering thinking and design challenges
- Beginner electronics, circuits, LEDs, buttons, buzzers, and sensors
- Visual programming, logic, and introductory Python
- Microcontroller and simple robotics activities
- Final project development, testing, documentation, and presentation
Program modules
The program is organized as a connected learning path: theoretical foundations, practical labs, prototype development, testing, and presentation.
Engineering thinking
Simple design challengeStudents learn how to define a task, sketch a solution, build, test, and improve it.
Beginner electronics
Working circuit labThe course introduces safe circuit work, current flow, LEDs, resistors, switches, and simple alarms.
Programming logic
Small game, quiz, or logic projectStudents practice variables, conditions, loops, and logic using visual programming and beginner coding tasks.
Microcontrollers and sensors
Mini gate, parking sensor, or similar prototypeStudents connect code to hardware using digital inputs, outputs, sensors, buzzers, and servos.
Intro Python and simple data
Calculator, game, or data mini-taskStudents use Python for calculations, conditions, loops, lists, and simple engineering tasks.
Final project
Final demoStudents plan, build, test, document, and present a complete beginner-level prototype.