Description
Robotics Program 301 is the advanced-level course designed for students who are ready to explore high-level robotics, engineering principles, automation systems, and innovative project development. This program transforms learners into independent thinkers and problem-solvers who can design, build, and program sophisticated robots capable of performing complex tasks. It is the final step in the structured robotics pathway and prepares students for robotics competitions, STEM innovation challenges, and real-world engineering applications.
In Robotics Program 301, students dive deep into advanced mechanical engineering concepts, multi-sensor integration, microcontroller programming, and autonomous decision-making algorithms. They learn how to build robots that navigate environments, collect data, analyze inputs, and execute tasks with precision. The program introduces them to advanced tools, modular designs, and coding platforms that move beyond basic logic into structured, multi-layered programming.
Students also explore real-world engineering fields such as industrial automation, robotic arms, self-driving systems, and AI-assisted robotics. A major highlight of the program is its capstone project, where each student designs and develops an innovative robotic solution to a real-world problem. This project encourages creativity, research thinking, and engineering excellence—skills essential for future technology leaders.
Throughout the course, learners strengthen their abilities in planning, debugging, teamwork, innovation, and iterative improvement. By the end of Robotics Program 301, students emerge as confident young engineers capable of solving advanced technological challenges and contributing meaningfully to the world of robotics and automation.
Eligibility & Criteria
To ensure students are prepared for advanced concepts and independent project work, the criteria for Robotics Program 301 include:
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Successful completion of Robotics Program 201 (or equivalent intermediate-level robotics knowledge)
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Strong understanding of sensors, motors, and basic mechanical systems
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Ability to work with conditional coding, loops, variables, and event-driven programming
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Recommended Age Group: Suitable for students from Grade 1 to Grade 12
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Willingness to research, experiment, and work on long-term projects
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Regular attendance and completion of all assignments and project phases
This program is ideal for students aiming to pursue robotics as a competitive skill, academic pathway, or early engineering specialization.
Certificate of Excellence
Students who complete Robotics Program 301 will receive an official Certificate of Excellence from Elevate. This certificate recognizes:
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Successful mastery of advanced robotics and automation concepts
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Ability to design, program, and build fully functional autonomous robots
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Completion and presentation of an innovative capstone project
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High-level problem-solving and engineering capabilities
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Readiness for robotics competitions, advanced STEM programs, and future tech pathways
This certificate becomes a valuable credential for academic portfolios, competitions, and STEM-based opportunities worldwide.
Program Terms: –
– One class per week
– One make-up class allowed per month
– Make-up classes do not roll over to next month.
Refund Policy (Core Programs): –
Monthly subscription: No refunds Quarterly or Yearly subscription: – Fees are prorated based on lapsed months at the monthly rate ($200 per month) – From the remaining balance, an additional 20% administrative deduction is applied – The final remaining amount is eligible for refund.