Design
Plan the robot mission, measure components, and design functional 3D-printed upgrades.
Robotics + Coding
Design.
Build.
Code.
Students combine 3D design, printing, mechanical assembly, electronics, sensors, and coding to build a working smart robot and complete real engineering challenges.
Hands-on STEM
Design • Build • Code
Build
Assemble the chassis, motors, controller, sensors, wiring, and custom printed parts.
Code
Program movement, sensors, conditions and mission logic, then test and improve the robot.
Course Highlights
Robot Hardware
Understand chassis, motors, controller, power and core robot components
3D Design & Printing
Design and print bumpers, brackets, sensor mounts and custom upgrades
Sensors & Electronics
Connect and use ultrasonic, line and other sensors with motors and electronics
Arduino-Compatible Coding
Program movement, speed, turns, sensor input, conditions and loops
Engineering Challenges
Test, troubleshoot and improve the robot for obstacle, line or sumo missions
HANDS-ON PROJECTS
Students Design,
Build & Code
A Working Robot
Students complete a full engineering cycle: define a mission, design parts, 3D print, assemble, wire, code, test and improve.
- Custom Robot Upgrades
- Sensors & Electronics
- Working Robot Challenge
ENROLLMENT
Available Sessions
Choose a session that works best for your student.
8 Seats Available
$599.99
Aug 28, 2026 – Oct 30, 2026
Friday, 4:00 PM – 5:30 PM
San Marcos
Instructor: Isaiah Chang
Small Class Size
Personalized attention
Experienced Instructors
Friendly & supportive
Safe & Fun
Learn with confidence
Materials Included
Just bring your curiosity
COURSE FOUNDATION
What Students Will Learn
Students progress from basic robot hardware and movement to CAD, 3D-printed upgrades, sensors, coding, troubleshooting and autonomous challenges.
Robot Hardware
Identify the controller, motor driver, motors, wheels, chassis, battery system and core hardware.
CAD for Robot Parts
Measure real components and design functional bumpers, brackets, mounts, guards and body upgrades.
3D Printing
Prepare, slice, print, install and evaluate functional robot parts using PLA or PETG.
Electronics & Wiring
Connect power, motors, sensors and control boards safely and systematically.
Programming Fundamentals
Learn sequence, variables, conditions, loops, functions and robot movement logic.
Sensors & Autonomous Behavior
Read sensor values and make the robot react to obstacles, lines and mission conditions.
Troubleshooting & Testing
Diagnose mechanical, wiring, power, sensor and software problems through structured testing.
Engineering Challenge
Integrate design, printing, electronics and code into a final robot mission and presentation.
WHO IT IS FOR
A Complete STEM Integration Course
Robotics + Coding is designed for students who want to turn imagination into three-dimensional characters, objects, and creative projects.
Previous robotics experience is not required. Students learn the equipment, assembly, CAD, printing and programming step by step.
Age Group
8–14
Level
Beginner
Prerequisites
None
Format
Hands-on, Instructor-led
Class Size
Small Group
Equipment
Robot Kits, Computers & Tools Provided During Class
LEARNING PATH
Course Structure
Each stage adds another layer of engineering until students can integrate hardware, 3D-printed parts, sensors and code into a working robot.
01
Plan the Mission & Build the Robot
Choose a challenge, identify components, assemble the chassis and make the robot move.
02
Measure, Design & 3D Print
Use CAD to create functional robot upgrades, then slice, print, install and test-fit the parts.
03
Learn Coding & Sensors
Program movement and read sensor values using sequences, variables, conditions, loops and functions.
04
Integrate the Mission
Combine mechanical design, electronics, sensors and code for obstacle, line-following or pushing challenges.
05
Test, Improve & Compete
Troubleshoot, refine CAD, reprint parts, tune code and complete a final demo or robot challenge.
STUDENT OUTCOMES
Build the Confidence to Design, Build & Program Robots
By the end of the course, students should understand robot hardware, design and print functional upgrades, connect sensors and electronics, modify robot code, troubleshoot problems, and complete a working robot challenge.
Identify and assemble core robot hardware
Design functional CAD upgrades for a real robot
Prepare and 3D print robot components
Connect motors, sensors, power and control electronics
Program movement, conditions, loops and sensor logic
Test and troubleshoot mechanical, electrical and software problems
Improve the robot through CAD and code iteration
Complete a final autonomous or competitive robot challenge
FAQ
Common Questions
Does my child need previous robotics experience?
No. The course supports beginners through intermediate students and introduces assembly, CAD, printing, sensors and programming step by step.
What kind of robot will students build?
Students work with an Arduino-compatible wheeled smart robot and add custom 3D-printed parts, sensors and mission-specific upgrades.
What will students program?
Students program robot movement, speed, turns, sensor input, conditions, loops and mission behavior using age-appropriate coding tools.
What robot challenges can the class complete?
Possible missions include obstacle avoidance, line following or maze navigation, and sumo or object-pushing challenges.
Will students use 3D printing?
Yes. Students measure the robot, design functional upgrades, print them, test the fit and improve the design based on real performance.
Design It. Build It. Code It.
Give your student a complete hands-on STEM experience that combines engineering design, 3D printing, electronics, robotics and coding.
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