Vex IQ Robotic

Price: Half Day Camp - $374 / Full Day Camp $524
Ages: 9-13
Skills Level: Beginner - Advance
Duration: Weekly | Campers can enroll in multiple weeks and progress to advanced levels.
Tools: Vex IQ Robotics Kit, Vex Code
Format: Small-Group, On-Campus

About This Course

The VEX IQ is the next step in our Summer of Learning! Designed for elementary and middle school students, this lab uses a professional-grade, snap-together system to explore higher-level STEM concepts. Campers transition from simple builds to complex machines, watching their code come to life on physical robots.
Through this course, students master the Engineering Design Process, developing the technical leadership and critical thinking skills required for the careers of tomorrow and the excitement of the VEX IQ Challenge. Campers will work together to solve various challenges, igniting their love of learning through engaging activities that blend creativity, imagination, and hands-on robotics.

Cupertino

Los Gatos - Cambrian Park - San Jose

The curriculum is designed to polish students STEM skills :

Apply engineering design skills at each step of the design process.
Develop efficient problem-solving and coding skills through decomposition of problems and algorithmic thinking.
Apply critical thinking and develop life skills for the careers of tomorrow.

Classmates work in pairs or individually to complete projects and compete in a tournament. This Camp and curriculum are designed to help children prepare for Vex Robotics competitions. The course will focus on the engineering design process, building, and programming using Vex IQ.

🏗️ 1. Design and Build

In this phase, students move beyond the basics of assembly to focus on mechanical efficiency. As they prepare for their mission, campers will experiment with various building techniques, work through design challenges, and practice clearly communicating their technical ideas within their team as they build the structures required for their voyage.

Intro Track (The Navigator Path): Designed for students new to VEX IQ. Campers learn the fundamentals of structural integrity, exploring how to use specialized beams, pins, and connectors to build a versatile "Hero Bot" capable of navigating competition fields.
Advanced Track (The Architect Path): For campers ready for progressive skill enhancement. These builders manipulate advanced materials to create complex mechanisms like motorized intake rollers, high-torque lifts, and multi-stage gearboxes to solve intricate mechanical puzzles.

💻 2. Create and Code

With the VEX IQ Brain and Smart Motors, students have a powerful platform for automation. Using VEXcode IQ, campers can choose the language that fits their level: Block-based, Python, or C++.

Intro Track: Beginners focus on Sensor Integration. They program their robots to use the Distance Sensor and Bumper Switch, allowing the machine to navigate obstacles and react to its environment automatically.
Advanced Track: Experienced programmers dive into Autonomous Logic. Using the Optical Sensor and Gyro (Inertial) Sensor, they write sophisticated code to help their robot recognize colors, follow precise paths, and make independent decisions.

🏆 Solve the Teamwork Challenge

The week reaches its peak in the Championship Arena, where students put their leadership and teamwork to the test.

The Mission: Teams must use their custom-built robots to complete the VEX IQ Challenge, which involves moving objects, clearing high-level obstacles, and coordinating with an "Alliance" partner.
The Goal: Success is driven by Iterative Design—testing a solution in the field, analyzing why it failed, and collaborating with the group to fix it until the mission is a success!

You'll learn to:

Apply engineering design skills at every stage of the design process
Develop coding and problem-solving skills through algorithmic thinking
Build critical thinking and 21st-century skills for future careers

Course Format

This weeklong camp runs Monday through Friday, with students working in pairs or individually under the guidance of experienced instructors. Daily schedules are balanced with hands-on learning sessions and outdoor recreational activities. With our progressive curriculum, campers can enroll in multiple weeks and continue advancing to higher levels all summer long.

Sample Schedule

Here’s a sample of what a week in this course could look like. Keep in mind students will progress at varying paces, and this is meant to serve as an outline of key materials and the overall experience.

Monday: Build a Drivable Base.

Students kick off the week by forming teams(Pair), learning camp protocols, and building their first starter bot. They explore the fundamentals of mechanical engineering and block coding — learning to move, turn, and control their robot while tackling beginner Vex-inspired challenges.

Tuesday: Code & Engineer a Bot

Teams dive into mechanical engineering and block coding, building attachments including a grabber, arm, and lift. Students master programming loops, touch and color sensors, and take on exciting challenges like maze solving and line following.

Wednesday: Design a Champion.

Students explore advanced attachments and master switch statements and ultrasonic sensors. After disassembling their bots, teams head to the drawing board to design, test, and refine their ultimate custom battle bot — ready for the big battle ahead!

Thursday: Prepare & Practice Battle!

Students finalize their robots, make last-minute improvements, and gear up for the big day with exciting practice battles — sharpening strategy and getting their bots perfectly battle-ready!

Friday: Battle & Showcase!

Battle! Let the battles begin! The ultimate tournament is here! Students compete in an action-packed battle putting all their skills to the test – t — may the best bot win! Families are invited to cheer on their young engineers and celebrate an incredible week of achievement! After lunch, Time for Fun Friday - Walking Movie, Snacks, Games, Lots of fun

Monday: Advanced Bot Engineering

Week 2 kicks off with advanced bot design and a high-performance drivable base. Students tackle multi-motor programming, complex Vex-inspired missions, and begin building specialized robots for specific tasks.

Tuesday: Advanced Coding & Complex Attachments

Students master nested loops, complex conditionals, and multi-sensor integration while building sophisticated grabbers, articulated arms, and lifts. Each student works on specialized robot builds for specific competition tasks at their own level.

Wednesday: Design & Optimize a Champion Bot

Students design and build their ultimate competition-ready specialized robot, mastering gyro and ultrasonic sensors. Every component is engineered and optimized for specific tasks and competition challenges.

Thursday: Prepare & Practice Battle!

Students finalize their robots, make last-minute improvements, and gear up for the big day with exciting practice battles — sharpening strategy and getting their bots perfectly battle-ready!

Friday: Battle & Showcase!

Elite Staff & Experienced Instructors:

Our instructors bring passion, expertise, and the kind of personality that brings out the absolute best in every child. With over 10 years of experience, we know that the right teacher makes all the difference. Our elite instructors go on to be hired by the world's most prestigious tech companies — including Google, Microsoft, Disney, and EA — because we only recruit the very best. When your child learns from the best, they become their best.

✅ 100% USA-based, adult instructors
✅ Recruited from top universities across the country
✅ Rigorous background and reference checks
✅ Robust training programs and certification
✅ Adherence to American Camp Association accredited guidelines

Trusted by Parents. Loved by Students.

Frequently Asked Questions

Why should my child learn robotics?

Everything from smartphones and cars to gaming consoles and thermostats is tied to robotics and mechanical engineering. Robotics teaches essential STEM skills for cutting-edge careers like aerospace engineering, computer science, and hardware design — while also building soft skills like perseverance, problem-solving, and critical thinking that are valuable in every walk of life.

What are the courses like?

Our robotics courses use LEGO SPIKE Prime, VEX, and more to give students hands-on experience in engineering and programming through fun, project-based learning. Students create, build, and code real working robots while gaining skills they can use for life.

Which robotics course is right for my child?

It depends on their skill level, interests, and goals! Whether they're just starting out or ready for advanced challenges, we have the perfect course for them. Our Program Specialists are happy to provide personalized recommendations.

Does my child need prior experience?

Not at all! Our camps welcome students from beginner to advanced levels. Small class sizes ensure every student receives individual attention and learns at their own pace, with instructors trained to provide a personalized learning experience.

What is the camp experience like?

We are a tech program AND a summer camp — so expect the perfect balance of learning and fun! Days kick off with team building before diving into morning coursework. Students enjoy lunch outdoors with time to relax and play, then return for afternoon learning sessions followed by outdoor game time. Every day is filled with learning, laughter, and friendships that last a lifetime!

What will my child take home from camp?

In addition to valuable tech skills, students leave with new friendships, confidence, and a greater love for technology. At the end of the week, they receive a diploma, a transcript outlining everything they learned, and a USB drive with their project files, along with setup guides so they can keep creating at home.

How many weeks can students attend?

Students are welcome to register for as many weeks as they'd like! We recommend at least two weeks to build a strong foundation. Our progressive curriculum allows students to advance to higher levels week by week, and additional weeks can be added based on availability.

Do students need to attend weeks consecutively?

No! We track every student's progress so they can take a break and pick right back up where they left off. Life happens — vacations, family trips — and we make sure no student misses a beat when they return.

What is the difference between half day and full day camp?

Half-day camp runs from 9:00 AM – 12:00 PM, and full-day camp runs from 9:00 AM – 3:30 PM. Full-day students cover more curriculum and get additional practice time, but half-day students never miss out — they simply continue from where they left off. More time means more opportunity to strengthen problem-solving and logical thinking skills!

Do students need to bring their own laptop?

Yes, students should bring either a Windows or a Mac laptop to camp. If you need a loaner laptop, please contact us at info@stem4kids.co

Are these robots used in real competitions?

Yes! Our curriculum is specifically designed to prepare students for First LEGO League (FLL) and VEX competitions, using the same robot kits and mission formats found in real events.

What is your progressive curriculum?

Our progressive curriculum is designed to build on each student's knowledge week by week. The curriculum is flexible and tailored to each student's individual strengths, allowing for personalized lessons and one-on-one time with instructors. Students can even work toward specific goals or personal project ideas with dedicated instructor guidance.

Who is my main point of contact during camp?

Your main point of contact is the Camp Director. You can reach us anytime at info@stem4kids.co

How can I stay updated on my child's progress?

Students with phones can use break times to send updates and photos. Our camp staff regularly update our photos page with fun action shots from throughout the week. On Friday, families are invited to our special Family Showcase where campers present their final projects and staff share highlights from the week!