Hardware-in-the-loop education.
We bridge the gap between dry screen-based simulations and tangible electronics. Traffic Bot brings real-time smart city algorithms directly onto student desktops, offering a rigorous, hands-on learning experience.
Beyond screen simulations.
Dry software models fail to capture the physical constraints of real-world engineering. We created Traffic Bot to make complex smart city algorithms tangible, combining physical breadboards with real-time adaptive logic.
Our comprehensive curriculum guides align with modern computer science standards. Students don't just write code; they debug physical circuits and observe hardware-in-the-loop responses instantly.
Built by educators.
We are robotics researchers, embedded hardware engineers, and STEM curriculum designers dedicated to making advanced engineering and smart city concepts accessible to the next generation.
Dr. Elena Rostova
Marcus Vance
Elena spent a decade designing autonomous transit algorithms before transitioning to STEM education. She leads curriculum design and hardware architecture for Traffic Bot.
Marcus is an embedded systems engineer who specializes in making complex microcontrollers intuitive for students. He oversees firmware development and manufacturing.
Have questions about integrating Traffic Bot into your syllabus?