Academic Programs & Tracks
Practical, curriculum-aligned robotics and physical computing tracks for students aged 7 to 18.
Junior Innovators: Creative Coding & Micro-Bots
Turn screen time into creative invention through block programming and tangible physical computing.
A fast-paced, highly visual introduction designed to instill engineering confidence early. Students transition from playing video games to coding interactive arcade mechanics, designing smart nightlights, and programming miniature motorized walking critters.
Key Competencies:
Tech7 Junior Inventor Kit (Micro:bit v2, Neopixels, Servo Motor, Alligator Clips & Sensor Board)
- •BBC Micro:bit v2 with built-in speaker & microphone
- •Breakout sensor shield with pushbuttons & buzzer
- •9g Micro Servo for mechanical arms
- •Full color visual workbook & sticker activity badge set
Hello Hardware & LED Pixel Art
Unboxing the Tech7 Kit, understanding microcontrollers vs computers, and programming 5x5 LED sprite animations.
Sensors & The Physical World
Reading temperature, light, and compass inputs. Creating responsive devices that react to their surroundings.
Arcade Logic & Game Design
Variables, score tracking, random number generators, and input controls.
Motors, Servos & Kinetic Motion
How electric motors work, pulse width modulation basics, and building mechanical linkages with craft materials.
Wireless Radio Messaging & Mesh Fun
Broadcasting short-range radio packets between kits to send secret Morse codes and challenge signals.
Demo Day & Capstone Showcase
Polishing individual builds, drafting poster boards, and presenting live projects before parents and mentors.
Tech Pioneers: Python, Arduino & IoT Prototypes
Bridge software and circuit engineering to build localized solutions from smart agriculture to solar trackers.
A hands-on engineering lab tailored for inquisitive minds ready to write actual text code (Python & C++). Students build real-world automation systems addressing local infrastructure needs: automated irrigation, security tripwires, and solar irradiance monitoring.
Key Competencies:
Tech7 Pioneer Electronics Box (Arduino Uno R4 / ESP8266, Breadboard, 12 Sensor Modules, Relays, OLED)
- •Microcontroller development board with WiFi capabilities
- •Soil moisture sensor, ultrasonic distance sensor, DHT11 temp/humidity
- •0.96-inch I2C OLED display + 5V active relay module
- •Jumper wire bundles, resistors, LEDs, and high-torque DC motor drivers
Future Engineers: Robotics, ESP32 Mesh & Computer Vision
Industrial-grade hardware engineering, autonomous robotics, Edge AI and drone aerodynamics.
A rigorous pre-university accelerator designed for prospective engineers, computer scientists, and builders. Participants construct autonomous mobile robots from bare chassis up, calibrate PID control algorithms for precise navigation, and implement computer vision object tracking.
Key Competencies:
Tech7 Advanced Robotics & Edge Box (ESP32-S3 Dual-Core, Motor Drivers, Chassis, Camera Module, LiPo Battery)
- •ESP32-S3 Dual-Core Xtensa LX7 board with Bluetooth 5 & WiFi
- •OV2640 camera module for edge vision and object recognition
- •Differential drive robot chassis with optical wheel encoders
- •L298N dual H-bridge motor driver and rechargeable 18650 power pack
How Enrollment Works
Three simple steps from choosing a track to building in our lab.
Select Age Track
Choose the best track matching your child's age and interest. No prior coding background is required.
Receive Hardware Box
Collect your student kit at our Harare lab or opt for nationwide courier delivery to your home.
Attend Lab Sessions
Participate in interactive weekend or camp build sessions with certified mentors and earn your certificate.