code
N
BOTS

Text us at 801.386.7739

  • Home
  • Programs
  • Summer Camps
  • Worlds
  • Calendar
  • Parent Portal
  • More
    • Home
    • Programs
    • Summer Camps
    • Worlds
    • Calendar
    • Parent Portal

Text us at 801.386.7739

code
N
BOTS
  • Home
  • Programs
  • Summer Camps
  • Worlds
  • Calendar
  • Parent Portal

Robotics & Engineering Classes

Hands-on robotics and engineering where students build, design, and solve real problems through engaging projects.

Students develop mechanical skills, engineering thinking, and foundational coding through structured, project-based classes.

Registration NOte

 To enroll in a class, you must have a Parent Portal account.

  • Returning families: log in and enroll as usual 
  • New families: create an account first, then return to enroll

Create Account

SUMMER CLASSES

Sprint 1: Python Robotics Foundations

Sprint 1: Python Robotics Foundations

Sprint 1: Python Robotics Foundations

$250

4 -week intensive sprint • 8, 75 min classes


Advanced robotics programming using Pybricks and LEGO SPIKE Prime systems.


Students move from block coding into real Python programming while learning how robots move, sense, and respond through code.


What students learn:

  • Motor control using Python 
  • Reading sensor and motor data 
  • Basic autonomous

$250

4 -week intensive sprint • 8, 75 min classes


Advanced robotics programming using Pybricks and LEGO SPIKE Prime systems.


Students move from block coding into real Python programming while learning how robots move, sense, and respond through code.


What students learn:

  • Motor control using Python 
  • Reading sensor and motor data 
  • Basic autonomous robot behaviors 
  • Debugging and testing robotics programs 


Schedule:

  • Tuesdays & Thursdays 
  • 10:30 AM – 11:45 AM


Session 1: June 1 – June 25
Session 2: July 7 – July 30


Age Requirements:

  • Ages 10–16 
  • OR ages 8+ with prior robotics experience and teacher approval

Enroll Now

Sprint 2: Python Robotics Performance

Sprint 1: Python Robotics Foundations

Sprint 1: Python Robotics Foundations

$250

4 -week intensive sprint • 8, 75 min classes


Advanced robotics programming focused on precision, reliability, and autonomous behavior using Pybricks and LEGO SPIKE Prime systems.


Students refine robot behavior through testing, iteration, and performance optimization.


What students learn:

  • Movement accuracy and repeatability 
  • Sensor-based de

$250

4 -week intensive sprint • 8, 75 min classes


Advanced robotics programming focused on precision, reliability, and autonomous behavior using Pybricks and LEGO SPIKE Prime systems.


Students refine robot behavior through testing, iteration, and performance optimization.


What students learn:

  • Movement accuracy and repeatability 
  • Sensor-based decision making 
  • Debugging complex robot behavior 
  • Improving autonomous performance 


Schedule:

  • Tuesdays & Thursdays 
  • 10:30 AM – 11:45 AM 


July 7 – July 30


Age Requirements:

  • Ages 10–16
  • OR ages 8+ with prior robotics experience and teacher approval

Enroll Now
Enroll Now

Fall & Winter Classes 2026 - 2027

Robotics Junior

Robotics Junior

Robotics Junior

Registration Fee: $45
Monthly Tuition: To be announced


AGES 6–8


Robotics Jr is designed specifically for our youngest engineers. Students are introduced to core robotics and engineering concepts. 

Students practice measuring and recording data while strengthening early writing and math skills. 


What students will learn:

  • Basic robotics and engi

Registration Fee: $45
Monthly Tuition: To be announced


AGES 6–8


Robotics Jr is designed specifically for our youngest engineers. Students are introduced to core robotics and engineering concepts. 

Students practice measuring and recording data while strengthening early writing and math skills. 


What students will learn:

  • Basic robotics and engineering concepts (gears, torque, linkages, systems) 
  • Measuring, recording, and interpreting simple data 
  • Early engineering design process skills 
  • Team-based problem solving and design challenges 


Schedule:
55 minute class 

Coming Soon

Robot Mechanics

Robotics Junior

Robotics Junior

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


Robot Mechanics is a hands-on engineering class where students design, build, and test mechanical systems through real-world challenges.

This class is ideal for students who enjoy building and problem-solving. It strengthens engineering confidence, teamwork, and design thinking

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


Robot Mechanics is a hands-on engineering class where students design, build, and test mechanical systems through real-world challenges.

This class is ideal for students who enjoy building and problem-solving. It strengthens engineering confidence, teamwork, and design thinking while pairing well with coding and robotics programs.


What students will learn:

  • Mechanical systems using gears, motors, and structures 
  • How machines move and function through design and testing 
  • Engineering problem-solving and iteration 
  • Team-based building challenges 
  • Foundations that support future robotics and coding work 


Schedule:

55 minute class
Coming Soon

Robotics & Coding

CAD & Mechanical Design

CAD & Mechanical Design

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


Robotics & Coding I introduces students to foundational robotics and programming concepts through hands-on engineering challenges and mission-based learning.

Students build coding and robotics skills while developing teamwork, problem-solving, and engineering thinking.


What stud

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


Robotics & Coding I introduces students to foundational robotics and programming concepts through hands-on engineering challenges and mission-based learning.

Students build coding and robotics skills while developing teamwork, problem-solving, and engineering thinking.


What students will learn:

  • Coding fundamentals including loops and conditionals (switches) 
  • Motor control, sensor use, and autonomous behavior 
  • Engineering concepts such as gear ratios, torque, and simple machines 
  • Applying the engineering design process to solve challenges 
  • Completing structured robotics missions and competitions-style tasks 


Schedule:

55 minute class
Coming Soon

CAD & Mechanical Design

CAD & Mechanical Design

CAD & Mechanical Design

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


CAD & Mechanical Design introduces students to 3D modeling and digital engineering design using OnShape, a professional parametric CAD software.
Students design 3D printed parts and “missions” for robotics programs, progressing from simple designs to models with moving compone

Registration Fee: $45
Monthly Tuition: To be announced


AGES 8–14


CAD & Mechanical Design introduces students to 3D modeling and digital engineering design using OnShape, a professional parametric CAD software.
Students design 3D printed parts and “missions” for robotics programs, progressing from simple designs to models with moving components.


What students will learn:

  • 3D modeling using OnShape CAD software
  • Designing parts for 3D printing and additive manufacturing
  • Engineering design process and iteration
  • Creating functional models with moving or connected parts
  • Applying design skills to robotics challenges and missions


Schedule:
55 minute class
Coming Soon


Enrollment Coming Soon

Copyright © 2020 Code N BOTS - All Rights Reserved.


 ANY INFORMATION COLLECTED FROM THIS WEBSITE WILL ONLY BE USED BY Code n BOTS FOR PURPOSES OF REGISTERING STUDENTS FOR CLASSES AND WILL NOT BE RELEASED TO ANY THIRD PARTIES.  

Powered by

  • Join Our Team

Build. Code. Create

Summer Camps 2026 

Kids build, code, and play with real robots. No experience needed.

JOIN THE FUN

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept