| Prerequisites | Completion of Inventor Certificate Programme (Arduino Level 2) |
| Location | Rochester Mall, Kallang Wave Mall |
| Max Class Size | 3 students / instructor |
| Lesson Duration | 2.5 hours per session |
| Project Length | 5 to 8 sessions (each session is 2.5 hours) per project depending on complexity. |
| Course Fees | Lessons are charged according to our course package prices. There is an additional $75 Project Fee which covers administrative costs, project materials, and other miscellaneous costs. |
Students working on fabricating and programming their Arduino project
CATALYST Innovation Project Mentoring Programme is developed by Nullspace to develop the next generation of young innovators and change-makers. Part of our goal is to help students get admitted to the school of their choice through the Direct School Admission Secondary (DSA-Sec) exercise.
Students in this program will be personally mentored by our instructors to develop science and electronics projects of their choice, and to learn skills such as programming, 3D printing, and mechanical design.
CATALYST sessions are a mixture of small group consultation, project fabrication, and idea presentations. Students will get to build their own personal portfolio website to document and showcase their projects.
Typically each project takes 5 to 8 sessions (each sessions is 2.5 hours) to complete, including ideation, fabrication, documentation. Most students will complete 2-3 projects for their portfolio.
Student Projects
Check out our past student works
Project: Electronic Lock Box
Inspired by the frustration of his sister using his mobile phone, this student created a personal lock box that only he can access using the digital keypad. Modern problem with a modern solution.
Project: Automatic Smart Rubbish Bin
Utilising an ultrasonic sensor, servo motors, and a LED light strip, this smart rubbish bin can show the current level of trash within and sound an alert when the bin is full.
Project: Bluetooth Remote Control Robot Car
Using bluetooth radio frequency, this student created a robot car and its corresponding remote control. A separate button control is created to control the RGB LED lights.
Project: Smart Drink Dispenser
An aspiring mixologist, our student wanted to create a way to quickly create and save different mocktail drink recipes and dispense them with the push of a button.
Project: Portable Sonar
Part 1 of the project is to create a rotating sonar that can sweep the room. Part 2 is to mount a Nerf gun on it which will automatically activate when an intruder is nearby…
Project: Pong
This classic game is brought to life using a touch screen mounted on an Arduino
Project: Pedal Keyboard
Lamenting the fact that a particular computer game has more key presses than fingers, our student created a foot pedal keyboard that can be mapped to any set of hot keys, even the classic CTRL+C, CTRL+V
