Robotics Projects and Programming.
Hands-on robotics projects with scaffolding open-ended challenges, and text-based programming.
Computer Science and Engineering Tracks.
Advanced your robotics and algorithmic programming skills (for Novice and Experienced).
Focus on self-discipline with system engineering, commitment, collaboration and deep learning - Software/Algorithms and/or Robotics + Electronic.
Storming Robots provides year-round results-oriented, high quality robotics engineering and technology education for talented youth from Grades 5 to 12. We offer engineering challenges that are not commonly available at grade-schools. Majority of our program heavily stresses in software development required to give awareness to the machine. Henceforth, our high school programs deliver college level challenges.
2-hr weekly meetings - Term based. Hands-on robotics projects with text-based programming. Scaffolding complexity. Use math as a thinking tool. Stress on higher Order of Thinking, and engineering process from design to troubleshooting. Learn more
2-hr weekly meetings - Term based. Building algorithmic thinkers using programming with computational thinking. Start with Algorithms in C/C++ CORE path for advancing in upper level programs and competitions. Learn more
Two Robotics and Electronic levels. Focus on robotics automation with electronics. Students will create their own robots through prototyping techniques with open-source platforms such as Arduino, Raspberry Pi, PICO, etc. Learn more
Facilitate enthusiasts who cannot commit to weekly fixed schedule.
Physical robots Leagues, and Simulation sub-league : pre-college level robotics competition from the world renowned Robocup Tournament. Unlike most other popular robotic competitions, RCJ heavily focuses on software algorithms development without restricting platforms.Learn more
American Computer Science League (ACSL) competition. SR will launch its first time participation of the ACSL in 2023. This competition focuses on analytical level in Computer Science Data Structure (college level) and a few other Computer Engineering topics.Learn more
Facilitate 2 to 5 hours enrichment robotics workshops for small groups of students from Gr. 5 to 10. Tailored small groups, such as school, scout groups, or any small group gathering to have a technological day trip at a particular time frame.
We succeed ONLY when students succced.
Click here to view our Testimonials about their top colleges acceptance, heart-warming emails from long-term graduating students and parents' feedback.
Led by one of the 150 educators who received the 2019 Distinguished Teachers Award from the U.S. Presidential Scholar Program - the nation’s highest honors for high school graduates.
Over 15+years history of excellent students achievements from top placement in International Competitions, selective HS Internships, to Top College Acceptance.
...At Storming, your emphasis on independent and self-learning techniques taught me to think on my feet without having to follow a single methodology...
... Storming Robots have allowed me not only to get into CMU, they have helped me unearth a passion, one which I would not have otherwise discovered, for robotics. ..
... I'm currently continuing to work with local middle school students interested in robotics and hope to inspire them the way Storming Robots has inspired me...
...My experiences throughout my tenure at Storming Robots set me up for the many successes I’ve had in high school... constantly apply the skills I built at Storming Robots
SR offers a systematic trajectory of learning structure for students to capitalize their creativity with engineering disciplines. It aims to increase their propensity for the transition to competitive colleges, especially in engineering fields.
Students are grouped by their skills level, not age
No one is confined in the same level even within the same term. Each is given ample of opportunity to advance at their own pace.
Our programs draw on mathematical thinking, analysis, and creativity, NOT just rote skills.
Focus on how efficiently problems with algorithmic thinking, and computational models.