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Bright Scholar Academy
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Robotics

Bright Innovators Academy in Frisco, TX, brings extensive experience in teaching robotics, empowering students across grade levels to build real-world STEM skills.
Guided by our robotics experts, students participate in hands-on classes where they design, build, and program robots, preparing for exciting competitions like FIRST LEGO® League (FLL), FIRST Tech Challenge (FTC), and FIRST Robotics Challenge (FRC). These competitions provide fun, challenging opportunities that boost students' confidence, creativity, and problem-solving abilities—skills essential for future success.


Our robotics journey begins with the Innovators level, progresses through Adventures, and culminates in the prestigious Masters level. Students, regardless of grade, can move through each stage by demonstrating their skills through assessments. Upon completion, they are ready to enter the annual competition season starting in August. Teams are formed for FLL Explore and FLL Challenge (ages 6–13), while students in grades 9 and up can advance to FTC (ages 12–18) and FRC (ages 14–18), taking on advanced engineering challenges.


This journey not only reflects students' grit, creativity, and dedication but also earns them awards and recognition that strengthen their college applications. More importantly, it equips them with lifelong STEM and leadership skills that prepare them for success in any field.

Robotics Programs

Innovators

Adventurers

Adventurers

 This program has been established for 3 months program, where kids are engaged in learning the art of research, problem-solving, coding, and developing robots. As part of this program, all the students share their journey, ideas, models, and STEM skills at a celebration event. Following highlights below are part of Junior Robotics Progra

 This program has been established for 3 months program, where kids are engaged in learning the art of research, problem-solving, coding, and developing robots. As part of this program, all the students share their journey, ideas, models, and STEM skills at a celebration event. Following highlights below are part of Junior Robotics Program. 

  • Robotics, types and utilization
  • STEM concepts 
  • Programming concepts with hub, Ports using Block based coding
  • Sensors application (Color and Ultrasonic)
  • Explore Robot movements (Gyro Sensors and movement blocks)
  • Programming concepts (loops, Conditions, Variables, Troubleshooting)
  • Build New robotic projects every week
  • Code assignment and test robots
  • Weekly STEM based Home work assignment
  • Monthly progress evaluation

Adventurers

Adventurers

Adventurers

 This program has been established for the 4 months, where kids are engaged in research, problem-solving, coding, and engineering. As an outcome building and programming robots that navigates the mission of a robot and present their work and compete in STEM. Following highlights below are part of Advanced Robotics Program. 

  • Learn gear base

 This program has been established for the 4 months, where kids are engaged in research, problem-solving, coding, and engineering. As an outcome building and programming robots that navigates the mission of a robot and present their work and compete in STEM. Following highlights below are part of Advanced Robotics Program. 

  • Learn gear based operations and apply towards lift, grab, push, drag, upward and downward Ops.
  • Advance Programming (functions, complex conditions etc.)
  • Apply Complex operations with Sensors, Gyro
  • Create new robotic projects every week

Masters

Adventurers

Masters

 This program has been established for 5 months, where kids are engaged in research, problem-solving, coding, and engineering. As an outcome building and programming robots that navigates the mission of a robot and present their work and compete in STEM. Following highlights below are part of Advanced Robotics Program. 

  • Apply business oper

 This program has been established for 5 months, where kids are engaged in research, problem-solving, coding, and engineering. As an outcome building and programming robots that navigates the mission of a robot and present their work and compete in STEM. Following highlights below are part of Advanced Robotics Program. 

  • Apply business operations, navigation, Complex coding to real time projects 
  • Prepare for Competition challenge for FLL Challenger

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