If you like the idea of bringing machines to life, robotics programs are a great way to take that curiosity beyond the classroom. You get to design, build, and test real systems while developing the technical and problem-solving skills engineers actually use. Expect to work with mechanical components, write code, and experiment with electronics using tools like Arduino, Python, and CAD, all while learning how to think through challenges and collaborate with a team.
Why choose a fall robotics program?
Fall programs give you a chance to keep building skills during the school year without waiting for summer. Running from September to December, they are easier to balance with classes and extracurriculars, especially if you want steady, hands-on experience instead of a short intensive. Many fall robotics programs focus on iterative design, meaning you can test ideas, get feedback from mentors, and improve your project over time. That approach is especially helpful if you are preparing for robotics competitions, interested in college-level research, or exploring areas like autonomous systems, AI integration, or mechatronics.
You can also check out our complete guide on STEM programs for high school students here.
13 Fall Robotics Programs for High School Students
1. Introduction to Robotics with Webots Specialization – University of Colorado Boulder
Location: Online
Cost: Included with Coursera Plus subscription
Program Dates: Self-paced; typically completed over 3 months (September–December recommended)
Application Deadline: Rolling
Eligibility: Open to high school and college students with basic programming or physics knowledge
This three-course specialization from the University of Colorado Boulder provides a structured introduction to robotics using the Webots simulator and Python. You’ll explore the fundamentals of forward and inverse kinematics, trajectory planning, and motion control for holonomic and non-holonomic robotic systems. Across 30+ interactive exercises, you’ll implement algorithms for localization, mapping, and behavioral planning, while learning to manage uncertainty in sensing and actuation – a key skill in modern robotics. The curriculum connects mechanism design, control theory, and perception systems in mobile robots, giving you a well-rounded understanding of how robots move and interact with the environment. The program culminates in a capstone project, where you’ll design and execute a complete mobile manipulation pipeline in simulation. You’ll earn a University of Colorado Boulder career certificate upon completion of the program.
2. Human-Robot Interaction – University of Canterbury
Location: Online
Cost: $556.20 (discounted from $618); financial aid occasionally available through edX
Program Dates: Self-paced; typically completed over 14 weeks (September–December recommended)
Application Deadline: Rolling enrollment
Eligibility: Open to advanced high school and early university students with an interest in robotics, psychology, or computer science
This two-course UCx certificate program introduces students to the multidisciplinary field of Human–Robot Interaction (HRI) – where engineering, cognitive science, and design intersect. You’ll study how robots interpret and respond to interpret human behavior through spatial, verbal, and non-verbal communication, and explore the impact of emotional modeling in AI systems. Through interactive coursework, you’ll dive into robot design principles, anthropomorphism, and ethical considerations of automation in education, healthcare, and mobility. The program also provides exposure to HRI research methods and includes an open-access textbook and supplemental podcast featuring experts in social robotics. You’ll receive a University of Canterbury–verified certificate upon completion of the program, showcasing your understanding of how humans and robots work together.
3. How to Get Into Robotics – University of Leeds
Location: Online
Cost: Free for eligible UK students through Click Start scholarships; included with Coursera Plus for others
Program Dates: Open enrollment; recommended for Fall quarter (September–December)
Application Deadline: Rolling
Eligibility: Open to high school and early university students; no prior robotics experience required
Developed by the University of Leeds, this short online course offers an introduction to the multidisciplinary world of modern robotics. Over two modules, you’ll discover how engineering, computer science, and automation come together in robotics systems ranging from industrial robots to autonomous vehicles. The program explores current issues in AI ethics, automation safety, and biomedical robotics, while identifying emerging career pathways in mechatronics, RPA, and research engineering. You’ll complete six practical assessments to demonstrate your understanding of key concepts and earn a University of Leeds certificate upon completion of the course to add to your academic portfolio. UK-based learners can access the program for free through the Click Start initiative, which aims to expand digital and technical literacy across emerging STEM fields.
4. Discover the Future of Robotics: Program, Build, and Innovate with JavaScript & Automation
Location: Online
Cost: Pay-per-course structure; no scholarships available for Fall 2025
Program Dates: Fall quarter runs approximately 10 weeks (September–December)
Application Deadline: Rolling; enrollment open until classes fill
Eligibility: Open to high school students with prior experience in programming or STEM coursework
This UC San Diego Extension course introduces high school students to robotics and automation through a programming-focused approach using JavaScript and Arduino. Over 10 weeks, you’ll learn how to design and control a simulated robotic arm, process sensor and camera data, and dive into key robotics concepts such as forward and inverse kinematics. The program integrates OpenJSCAD for 3D modeling and OpenCV-JS for basic computer vision tasks such as object detection and localization. Along the way, you’ll explore both classical and modern AI frameworks used in robotics, while examining the ethical implications of autonomous systems. The self-paced format allows you to progress through the Intro, Intermediate, and Advanced levels at your own pace, helping you develop strong coding and engineering skills – all essential for a career in robotics.
5. Basics of Robotics – Siemens Digital Industries Software
Location: Online
Cost: Included with Coursera Plus subscription
Program Dates: Rolling
Application Deadline: Rolling
Eligibility: Open to high school and college students; no prior experience required
Offered by Siemens Digital Industries Software, this self-paced online course provides a structured introduction to industrial and collaborative robotics. Across four modules, you’ll explore key concepts such as robot kinematics, motion control (PTP, CP, CIRC), drive systems, and end effector design — all essential to understanding how robots work and function in the modern industry. The course also delves into safety standards (ISO 10218), automation workflows, and human-robot interaction principles, showing how robotics integrates seamlessly into modern manufacturing systems. You’ll gain a strong foundation in robotic process automation (RPA), system integration, and programming strategies, supported by visual simulations and graded assessments that reinforce your learning. You’ll earn a shareable Siemens certificate upon completion of the program, suitable for adding to your LinkedIn profile and STEM portfolio to showcase your technical expertise and industry readiness.
6. Advanced AI & Robotics Program
Location: Mountain View, California (in-person, hybrid, and Zoom options)
Cost: Included robotics kits; full course fee covers materials and certification
Program Dates: September 15 – May (8-month program)
Application Deadline: Free trial registration open September 1–15
Eligibility: Open to students ages 10+; high school students typically enroll in the Genesis Track (14+)
Evodyne’s Advanced AI & Robotics Program is a Fall Robotics Program for high school students that lets them build robots from the ground up, combining creativity with real engineering experience. Using Arduino, Raspberry Pi, and ROS (Robot Operating System), you’ll learn how hardware, software, and AI come together to create intelligent machines. The Genesis Track, designed specifically for high school students, centers on developing a quadruped robot dog while introducing you to AI integration, computer vision, and mechatronics. You’ll gain practical experience in Python, C++, CAD (computer-aided design) modeling, and 3D printing, and work through increasingly complex systems involving sensors, motors, and real-time control. For students eager to take their learning further, the program opens doors to internship opportunities at Evodyne’s Research Lab, where you’ll contribute to cutting-edge robotics projects and deepen your technical expertise.
7. CHAMPS Robotics Academy
Location: California (in-person)
Cost: Included as part of elective course enrollment; materials provided by the school
Program Dates: September – May (academic year; fall semester component available)
Application Deadline: Rolling, based on school registration
Eligibility: High school students who have completed Algebra I and demonstrate strong collaboration and attendance
CHAMPS Robotics Academy offers a four-level robotics curriculum designed around national STEM education standards, giving high school students a structured path from beginner to advanced levels. Starting with Robotics I and advancing through Robotics IV, you’ll progressively build proficiency in mechanical design, trigonometry-based motion analysis, and electronics. Using the VEX Robotics platform, you’ll explore programming fundamentals, motor control, and autonomous robot behavior. You will apply core physics and engineering principles through hands-on builds and competition challenges. Along the way, you’ll develop your teamwork and project management abilities. Advanced students have the opportunity to mentor others and give back to the VEX community through outreach and competitive participation.
8. Introductory Robotics Program
Location: Fort Wayne, Indiana
Cost: $225
Program Dates: October 14 – December 2 (8 weeks)
Application Deadline: Rolling; registration open until program is full
Eligibility: Open to students in grades 6–12
Indiana Tech’s Introductory Robotics Program gives high school students a chance to get real-world experience with robotics, while learning from the university faculty. Over eight weeks, you’ll work directly with Hiwonder MechDog and TonyPi Humanoid robots, learning to program their movements and sensor responses using Arduino and Python. The program walks you through the fundamentals of quadruped robotics, mechanical systems and component integration, helping you understand how robots function in industrial and real-world environments. You’ll also explore how sensors, servos, and control logic work together to create autonomous behavior, setting a foundation for more advanced study in robotics, engineering and computer science.
9. Robotic Warriors Club
Location: Fort Wayne, Indiana
Cost: $400
Program Dates: Fall – September: 10, 24, October: 8, 22, November: 5, 19, December: 3, 17
Application Deadline: Rolling until filled
Eligibility: Open to middle and high school students (grades 6–12)
Indiana Tech’s Robotic Warriors Club is a year-long applied robotics program designed to help students design, construct, and program competition-ready robots. Over 16 weeks, you’ll work in teams across three divisions—Maze Bots, Hockey or Antweight Combat, and Advanced Robotics (Rescue, Sumo, Problem Solving, Beetle Weight Combat). You’ll program microcontrollers using Arduino, experiment with mechanical design and chassis stability, and learn how to integrate sensors for precision and stability. The program culminates in the National Robotics Challenge (NRC), where you’ll test your prototype in a competitive environment.
10. BEST (Boosting Engineering, Science, and Technology) Robotics Competition
Location: Regional hubs across the U.S.
Cost: Free
Program Dates: September 13 – November 8 (8-week competition cycle)
Application Deadline: Team registration opens in late summer; varies by regional hub
Eligibility: Open to middle and high school students (grades 6–12)
BEST Robotics is a national, project-based competition that introduces students to engineering design, fabrication, and systems integration. Teams receive an identical kit of parts and have six weeks to design, construct, and program a remote-controlled robot capable of performing specific game-based challenges. Alongside the engineering task, you can also compete for the BEST Award, which recognizes excellence in technical documentation, project presentation, and marketing display. The program helps you develop technical and soft skills in CAD modeling, circuit design, and teamwork, mirroring the workflow of real-world engineering teams. Winners from regional hubs advance to championship rounds in November.
11. Introduction to Robotics on AWS – Amazon Web Services
Location: Online
Cost: Free; included with Coursera Plus subscription
Program Dates: Open enrollment; 1-hour course (recommended for Fall quarter)
Application Deadline: Rolling
Eligibility: Open to high school and college students; no prerequisites required
This short course by Amazon Web Services offers an introduction to how robotics and cloud technologies come together to power next-generation automation. You’ll explore how AWS services such as Elastic Compute Cloud (EC2) and RoboMaker are used to simulate, control, and deploy robots at scale. The curriculum walks you through the evolution of robotics infrastructure, industry challenges in automation, and strategies for managing large-scale robot fleets through cloud-based frameworks. One module focuses on best practices for building and securing cloud-connected robots, helping you understand the foundations of robotics-as-a-service (RaaS) and industrial automation systems. By the end of the course, you’ll have a clear picture of how the cloud is transforming robotics—from design to deployment.
12. VEX V5 Robotics Competition: Push Back – REC Foundation
Location: Global (regional and national tournaments)
Cost: Varies by regional event; most schools and community teams cover kit and registration costs
Program Dates: Season runs from September – April; regional fall competitions begin in October
Application Deadline: Team registration typically opens in August
Eligibility: Open to middle and high school students participating through schools, robotics clubs, or independent teams
The VEX V5 Robotics Competition is one of the world’s largest student engineering challenges, bringing together teams to design, build, and program robots that face off in the annual game, “Push Back.” Using the VEX V5 control system, teams apply principles of mechanical design, autonomous coding, and real-time systems control to complete complex tasks such as stacking blocks, controlling field zones, and parking robots strategically for maximum points. Each match begins with a 15-second Autonomous Period, where your robot runs solely on your programming, followed by a 1:45 Driver-Controlled Period, testing your precision programming and human coordination skills under pressure. The 2025–26 game challenges teams to master robot motion planning, block placement, and alliance strategy to maximize points while complying with design constraints and match rules.
13. Wildlife AI Explorers: Building Robots for Conservation!
Location: Online
Cost: Subscription-based ($15 per month; first month free trial available)
Program Dates: 7-week course; start anytime
Application Deadline: Rolling enrollment
Eligibility: Open to grades 6–12 (beginner level)
This seven-week online course introduces students to the intersection of artificial intelligence, robotics, and environmental science through real-world, project-based learning. You’ll discover how AI and sensor technology can be used to monitor and protect wildlife, applying engineering and design-thinking principles to create your own conservation robot prototype. You’ll take on LEGO Mindstorms EV3 robotics challenges, gather and analyze environmental data, and learn introductory Python programming for automation and control. Each week builds toward a final project that integrates both mechanical and computational elements, demonstrating how technology can advance ecological goals. You will receive continuous instructor feedback and a Certificate of Completion upon completing the program.
One more option – Horizon Academic Research Program
If you’re looking for a competitive mentored research program in subjects like robotics, automation, and intelligent systems, consider applying to Horizon’s Research Seminars and Labs! This is a selective virtual research program that lets you engage in advanced research and develop a research paper on a subject of your choosing. Horizon has worked with 1000+ high school students so far and offers 600+ research specializations for you to choose from. You can find the application link here!
Image source – University of Colorado Boulder