Why Our Robotics Program Is Different
Our program uses real-world components and hands-on learning to make robotics and engineering accessible and engaging for students of all backgrounds.
Real Engineering
Using actual components like Arduino, sensors, and servo motors that professionals use
Hands-On Learning
Building and programming real robots, not just simulations or toys
Coding Skills
Learning programming concepts through practical robotics applications
Open-Source Hardware
Working with modifiable, expandable platforms that encourage exploration
Our Robotics Course Structure
Explore our curriculum designed by engineers to build a strong foundation in robotics and engineering
Internet of Things
Connect robots to the internet for advanced capabilities.
Advanced Robotics Project
Design and build a sophisticated robot that solves real-world problems.
Electronics Basics
Learn the fundamentals of electronic circuits and components.
Key Topics
- Understanding voltage, current, and resistance
- Circuit diagrams and components
- Using breadboards and simple circuits
Intro to Microcontrollers
Discover how microcontrollers work and how to program them.
Sensors & Input Devices
Explore different sensors and how robots gather information.
Hardware & Technologies
Students work with industry-standard tools and components used by real engineers
Arduino Platform
Programmable microcontroller boards for robotics control
Electronic Components
Sensors, motors, LEDs, and other hardware elements
3D Design Software
Tools for creating custom parts and components
Programming Tools
Software development environments for coding robots
What Students Will Learn
By the end of our program, students will develop essential robotics and engineering skills that prepare them for future opportunities in technology.
Build and program functional robots from scratch
Understand electronic components and circuits
Develop logical thinking and problem-solving abilities
Master the basics of programming and automation
Learn mechanical design and construction techniques
Apply mathematics and physics to real-world challenges
Develop teamwork and project management skills
