What have we accomplished?
An overview of the projects we have been working on.
An overview of the projects we have been working on.
The LED Arrow project was developed as a teaching aid for a summer camp held at Gymnázium Česká. Designed to introduce children to the basics of soldering and programming, the project involved assembling and programming LED arrows, allowing young participants to gain hands-on experience in electronics and coding.
The Star Earrings project, inspired by the LED Arrow workshop, showcased how foundational electronics skills could lead to creative applications. These star-shaped PCBs, embedded with 20 LEDs, offered dazzling light patterns that could be controlled through an infrared remote, a potentiometer, or capacitive touch pads. With a battery life of over eight hours, the earrings combined functionality and flair. Presented to kids as an example, the project highlighted how simple changes, like altering shapes or adding features, could spark ideas for innovative and unique designs.
In a world where technology is rapidly shaping the future, teaching young people practical skills like 3D modeling and printing has become essential. The Safebox Project was created to introduce students to these technologies while addressing a real-world challenge. The goal was to design a secure safebox for storing laboratory keys, incorporating RFID technology to control access. Only students with authorized tags could unlock the box, retrieve the keys, and enter the lab. Every interaction was recorded on an SD card using an Arduino, ensuring a detailed log of who accessed the keys and when.
ARobot is a robotics platform designed to inspire high school students with hands-on learning in robotics and programming. Created to bridge gaps in foundational STEM skills, ARobot makes math, physics, and programming more engaging and accessible.
Developed from a passion for technology and education, ARobot empowers students to assemble and program their own robots. With over 25 types of sensors and actuators, the platform offers a versatile learning experience, from soldering PCBs to programming advanced movements. Each step connects classroom theory to real-world applications.
ARobot fosters creativity, teamwork, and problem-solving, equipping students with essential skills and sparking a passion for innovation.
SRobot is an advanced educational robotic platform designed to make university-level robotics education more engaging and practical. Developed as my master’s thesis, it reflects a passion for turning complex concepts into tangible learning experiences. SRobot’s modular design simplifies assembly and provides hands-on opportunities to explore kinematics, control systems, and advanced robotics topics like SLAM and odometry. With features like omnidirectional movement powered by BLDC motors, a capacitive tactile bumper, and ROS integration, SRobot bridges classroom theory with real-world applications. It empowers students to experiment, innovate, and develop critical problem-solving skills, inspiring the next generation of engineers and robotics leaders.
Hello and welcome to my website! I am so excited to share those projects with you. As you can see, the page is still a work in progress, but I am working hard to make sure everything is ready for the launch. I have a lot of exciting photos and information to share, so please be sure to check back soon to see the completed website. In the meantime, I thank you for your patience and I can’t wait to share these projects with you. Keep an eye out for updates and I hope to see you back on our website soon!
