Coding Mind is now MindDo.AI. Explore our upgraded course pathway

Coding Mind Robotics

Robotics Programming Pathway

Build, Code, Compete — from LEGO to Championship-Level Robots.
We'll teach your student exactly what they need to know for every level of competition.

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Grades K–6
FLL Challenge

Scratch / Python

Grades 7–12
FTC

Java

Grades 9–12
FRC

C++ / Java

Grades 6–12
VEX VRC

C++

Grades 6–12
VEX IQ

Python / Blocks

Scratch Python Grades K–6

Elementary Foundation

FLL Challenge — LEGO Robotics

Start with hands-on LEGO robotics (SPIKE Prime / Mindstorms) programmed with Scratch visual blocks, then graduate to Python.

What Your Student Learns

Motor control, sensors, loops, and basic algorithms in a visual environment

Competition Target

FLL Challenge — Grades 2–6, regional & state events nationwide

Course Options

LEGO SPIKE Essential · LEGO SPIKE Prime · LEGO Mindstorms 1

Time Commitment

Low — 8–10 hrs/week during competition season

Java Android SDK Grades 7–12

Middle & High School

FTC — FIRST Tech Challenge

The gateway to professional robotics. Program competition-ready robots using Java and the FTC SDK — including computer vision and autonomous routines.

What Your Student Learns

Java OOP, Android development, computer vision (OpenCV), PID control

Competition Target

FTC Regional, State, and World Championships — 18×18×18 in robots

Course Options

FTC Java Programming · FTC Advanced Autonomous · Java 2

Time Commitment

Medium — 10–15 hrs/week during season

C++ Java Grades 9–12

High School — College-Level Engineering

FRC — FIRST Robotics Competition

Build and program 120-pound robots for arena-scale games. This is college-level engineering — real-time systems, pneumatics, and complex drivetrains.

What Your Student Learns

C++ or Java, RobotPy framework, real-time control, Git & team workflows

Competition Target

FRC Regional & World Championships — most prestigious STEM team competition

Course Options

FRC Programming Bootcamp · Advanced C++ for Robotics · FRC Competition Prep

Time Commitment

High — 15–25 hrs/week during build & competition season

C++ (PROS) VEXcode Grades 6–12

Middle & High School

VEX V5 — VRC Competition

The largest robotics competition globally. Program VEX V5 robots with C++ (PROS) or VEXcode, mastering RTOS concepts and optimization.

What Your Student Learns

C++ fundamentals, RTOS, autonomous algorithms, iterative driver control

Competition Target

VEX Worlds — 20,000+ teams worldwide, most accessible global competition

Course Options

VEX Robotics V5 Block Programming with VEXCode VR · VEX Robotics V5 Python with VEXCode VR · C++ 1

Time Commitment

Medium-High — 12–20 hrs/week during season

Side-by-Side Comparison

Which Competition Is Right For Your Student?

Competition Best For Language(s) Time / Week Robot Type
FLLChallenge Grades K–6, beginners ScratchPython 8–10 hrs LEGO-based, manageable
FTCFIRST Tech Grades 7–12, serious competitors Java 10–15 hrs Moderate metal/electronics
FRCFIRST Robotics Grades 9–12, college-bound C++Java 15–25 hrs Industrial-grade, 120 lbs
VEXVRC Grades 6–12, global competitors C++ (PROS) 12–20 hrs Metal, highly customizable

Step-by-Step Roadmaps

Recommended Learning Paths

No matter where your student starts, we have a path forward.

Path 1 — Elementary to FTC
  • K–4 LEGO SPIKE Essential — Foundations in robotics builds and sensors
  • 4–6 LEGO SPIKE Prime — Advanced builds, missions, and control logic
  • 7–9 LEGO Mindstorms 1 — AI-powered robotics programming basics
  • 8+ Java 1 — Text coding and object-oriented fundamentals
Path 2 — Middle School to FRC
  • 5–7 Python Fundamentals — Variables, loops, functions
  • 6–8 FLL / FTC Python — Applied robotics programming
  • 8–10 Java or C++ Foundations — Data structures, system design
  • 9+ FRC Programming — Real-time systems, pneumatics, Git
Path 3 — VEX Specialist
  • 5–7 Python Fundamentals — Logical thinking, algorithms
  • 7–9 C++ Introduction — Pointers, memory, performance
  • 8+ VEX V5 C++ Programming — PROS, RTOS, competition code
  • 9+ VRC Competition Team — Strategy, auton routines, Worlds prep
⚡ Accelerated — Late Starters

Starting in high school? No problem. We'll evaluate your student's current skill level and design an intensive plan to get them competition-ready in one season.

  • 1 Free assessment of current programming experience
  • 2 Python or Java Intensive (4–6 weeks)
  • 3 Jump directly into FTC or VRC competition prep

What Sets Us Apart

The Coding Mind Advantage

Progressive Skill Building

We don't just teach competition-specific code — we build CS fundamentals that transfer across platforms. Scratch → Python → Java → C++, with each course building on the last.

Real Competition Experience

Our instructors have coached teams to State and World Championships. We teach not just syntax, but tournament strategy, debugging under pressure, and alliance collaboration.

College Application Impact

Robotics competitions are among the most prestigious STEM extracurriculars. We help students build portfolios and technical essays that showcase genuine engineering expertise.

Get Started Today

Not Sure Where to Begin?

Contact us for a free assessment. We'll evaluate your student's current programming experience and competition goals, then recommend the optimal starting point.

  • Which competition is the right fit?
  • Which programming language should my child start with?
  • Can students join mid-season?
  • Do you provide robots, or do families need to purchase?
  • How do competition costs and schedules work?
Book a Free Trial Class Contact Us

Reach Out Directly

Call Us
(949) 236-7896
Our Campuses

Irvine · Arcadia · Diamond Bar · West Lafayette · Seattle · San Diego · Hollywood

Online Classes Available

Students worldwide can join our robotics programming courses remotely.