This instructor-led program provides students with hands-on training in robotics, engineering, and automation systems. Students develop foundational skills in mechanical design, programming, and system integration through structured, project-based learning.

Using industry-relevant tools and platforms, including VEX IQ, LEGO SPIKE Prime, and FIRST LEGO League frameworks, students engage in guided instruction and applied challenges designed to build technical proficiency and problem-solving skills.

Learning Objectives & Skill Development

Students will:

Design, build, and test robotic systems using engineering design processes

Develop programming skills for robotics using block-based and/or text-based coding

Integrate sensors, motors, and controllers to create functional automated systems

Apply problem-solving and troubleshooting strategies in real-world scenarios

Analyze performance data and refine designs through iterative testing

Collaborate on team-based engineering challenges and structured projects

Program Structure

Each session includes:

Direct instructor-led instruction

Guided builds and programming activities

Structured engineering challenges

Project-based learning with defined objectives and outcomes

Students meet for one hour a week and progress through increasingly advanced robotics concepts, developing both technical skills and engineering thinking.

Educational Focus

This program is aligned to foundational standards in:

Engineering and design

Computer science and programming

Automation and robotics systems

Critical thinking and problem-solving

Students build skills that prepare them for future coursework and career pathways in STEM fields, including robotics, engineering, and advanced technology.

This program fee is paid monthly for the duration of the time a student participates.

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