Why VEX Educational Robotics?

  • Empowering every classroom with affordable, scalable STEM solutions.
  • Igniting creativity and teamwork through hands-on robotics learning.
  • Equipping educators to shape the next generation of tech innovators.

THE VEX CONTINUUM

  • Designed for lifelong learning, offering a complete STEM journey from early education to advanced levels..
  • Features cohesive robotics platforms for seamless learning.
  • Unified coding interface simplifies programming across all levels.
  • Vertically aligned curriculum ensures each stage builds naturally on the previous one.
  • Promotes deeper understanding and encourages innovation at every step.

VEX123

Coding Starts Early for Grades Pre-K+

VEX 123 is a hands-on robotics kit that helps young learners (Pre-K to Grade 3) explore STEM and coding in a fun, screen-free way.

  • » Screen or no screen: VEX 123 makes coding possible for everyone.
  • » Bring ideas to life: Transform abstract thinking into fun, hands-on learning.
  • » Think smart: Build logic, sequencing, and problem-solving skills early.
  • » Play & explore: Simple, creative, and beginner-friendly.
  • » Fuel the future: Inspire curiosity and spark STEM innovation.
VEX 123 Kit
VEX GO Kit

VEXGO

STEM STARTS EARLY FOR GRADES 3–5

VEX GO is a hands-on, modular robotics system that introduces STEM, engineering, and coding to Grades 3–5 through playful exploration and teamwork.

  • » Hands-on Discovery: Explore STEM concepts through interactive robotics.
  • » Creative Problem-Solving: Develop critical thinking and teamwork naturally.
  • » Easy Assembly: Snap-together pieces make building simple and fun.
  • » STEM Pathway: Connect foundational robotics with advanced engineering skills.

VEXAIM

A versatile robot for grades 4–12, coded in Blocks, Switch, or Python with VEXcode.

  • » Screen or No Screen: Coding for everyone; a compact coding robot with AI vision.
  • » Bring Robots to Life: Turn ideas into action with AI-powered movement.
  • » Think Like a Pro: Build logic, problem-solving, and coding skills.
  • » Create & Play: Hands-on, fun, and beginner-friendly robotics challenges.
  • » Spark Innovation: Explore STEM, imagination, and real-world tech skills.
VEX AIM Robot
Robotics Lab Image

APPLIED STEM LEARNING FOR AGES GRADES 5–8

VEXIQ is a snap-together robotics system that empowers students to build, program, and innovate while mastering STEM and coding concepts.

» MODULAR ROBOTICS KIT: Engage students with hands-on STEM learning.

» SKILL DEVELOPMENT: Strengthens problem-solving, critical thinking, and teamwork.

» SIMPLE & INTUITIVE: Snap-together design makes building fast and fun.

» PATHWAY TO GROWTH: Connects early robotics to advanced engineering concepts.

REAL WORLD STEM FOR CLASSROOMS FOR GRADES 9+

Advanced robotics platform for students to build, program, and solve real-world STEM challenges.

» EXPLORE & GROW: Spark curiosity and lifelong learning.

» HANDS-ON STEM: Make learning exciting and interactive.

» BUILT TOUGH: Durable metal parts and smart electronics.

» DESIGN & CREATE: Build, code, and bring robots to life.

» FUTURE-READY: Solve real-world challenges with innovation.

Robotics Lab Image
Robotics Lab Image

REAL WORLD STEM FOR CLASSROOMS FOR GRADES 9–College

Advanced robotics platform for students to build, program, and solve real-world STEM challenges.

» CURIOSITY UNLEASHED: Encourage exploration and inventive thinking.

» STEM COMES ALIVE: Experience learning through play and discovery.

» BUILT FOR BRILLIANCE: Strong, smart, and ready for every challenge.

» INVENT. CODE. COMPETE: Turn ideas into working robots.

» FUTURE INNOVATORS: Develop skills to shape tomorrow’s world.

Virtual Robot Coding for Grades 3+

Learn to code and control virtual robots — no hardware needed!
VEXcode VR lets students explore STEM, robotics, and coding in a fully virtual 3D world using Block- or Python-based programming. Perfect for beginners to start their coding journey anytime, anywhere.

VEXcode focuses on coding with a pre-built VEX robot. Great in school and out of school.

⚙ Key Features of VEXcode VR
  • Grades 3+
  • No student accounts & no installation required
  • Start with Blocks, then use Switch to easily transition to Python coding
  • Student learning submissions make collecting code, progress and activity easy
  • Professional Development Plus for Computer Science Educators
  • Every license includes access for all the educators' students, both in school and at home
VEXcode VR Demo
VEXcode VR Demo
Code a real VEX robot with a drivetrain, object pickup, sensors, GPS and a pen.

ON-DEMAND, EXPERT-LED PROFESSIONAL DEVELOPMENT

VEX PD+ is an all-in-one professional learning platform designed to support teachers, mentors, and educators in delivering high-quality STEM and Computer Science education.

VEXcode VR brings coding to life through virtual robots — no hardware needed. Students code, test, and refine in 3D virtual worlds using Blocks or Python. It’s easy, engaging, and made for every learner.

VEX PD+ Graphic
community
Live Sessions
community
Live Sessions

ON-DEMAND, EXPERT-LED PROFESSIONAL DEVELOPMENT

Insights

Enhance your STEM teaching with VEX PD+ Insights. Gain a data-driven understanding of student performance and access a rich library of articles on pedagogy, competitions, and more.

Educators Conference

Attend PD+ All-Access member-exclusive conferences featuring insights from VEX educators and experts. Learn through keynote sessions, workshops, and hands-on sessions aligned with world-leading robotics competitions.

Video Library

Explore an extensive library of on-demand videos across the VEX Continuum. Access hundreds of tutorials designed to answer questions, strengthen conceptual understanding, and enhance your teaching practice. Learn anytime, anywhere—from topics spanning multiple VEX platforms.

Are You Looking to Build Your Futuristic Robotics and AI Lab of International and Industry Standard in Alignment with the NEP?

Holistic Development in Alignment with NEP's Vision

Unlock the Future with Hands-on Robotics, Coding & AI Education!

Co-curricular Program

28 Periods/Year

2 Periods/Session

14 Sessions/Year

Expo at the year-end

Kit and Components

Robotics kit with

structured curriculum

taught the hands-on way!

Mentor Training

School mentor trained

by the company with

step-by-step online

resource portal

Co-curricular Robotics Program (Domain-based Approach)
GROUP AWARD TITLE DOMAIN DESCRIPTION CERTIFICATION
A A1 Budding Animator Creating animation sequences and interaction design using a simple graphical interface NCC
A2 Savvy Wonderer Building concepts and simple games in a player-led arcade-themed approach STEM.org
A1 Blossoming Roboteer Devising navigational control applications and deploying autonomous robots STEM.org
B B2 Hardware Hacker Implementing prototypes of embedded systems encountered in daily life using a GUI elabtronics
B3 3DTechnoWiz Fabricating 3D models, exploring 3D Printing and tinkering with electronic circuits Ionic3DP
C C1 Bi-Ped Botist Building a multi-functional, human-interaction enabled 3D Printed Bi-Ped walking robot Ionic3DP
C2 QuadBot Prodigy Constructing a four-legged robot and ideating applications of bio-mimicking STEM.org
D D3 Industrious Automator Innovating industrial automation with a robotic arm and end effectors STEM.org
D2 The Thingsman Developing applications based on Internet of Things with a user-interface STEM.org
* 3 to 5 students will collaborate on one kit (1:3 to 1:5)
* The kit will connect the current domain and applications taught next year
* Domain kits every year
* Student participation certificate and completion award included
* Students receive a completion certificate
Year 1
A1, A1, B1, C1
Year 2
A2, B2, C2, D2
Year 3
B3, C3, D3

Online Support

All engagement is

conducted online,

Offline support can be

provided at extra cost

Learning Resources

Online LMS powered

Guided Learning, with

videos/ PDFs and

assessments

Program Certification

Standard e-certificate on

course completion with

optional International

Certification

Co-curricular Robotics Program (Construction-based Approach)
GRADE Award Title THEME CERTIFICATION
Grade 1 Creative Constructor Building moving models and expressing stories through creative animation NCC
Grade 2 Inventive Engineer Designing sensor-powered machines and Coding interactive digital games NCC
Grade 3 Virtual Mechanist Exploring linkages, mechanisms, and virtual robots in simulated environments Ionic3DP
Grade 4 Design Innovator Creating automated robots and custom 3D models through design thinking Ionic3DP
Grade 5 Smart Technologist Combining robotics and mobile apps to control motion and interaction STEM.org
Grade 6 AI Creator Integrating AI and sensors to develop responsive, intelligent systems NCC
Grade 7 Embedded Maestro Programming microcontrollers and machines to sense, display and respond Ionic3DP
Grade 8 Automation Architect Engineering real-world automation using robotics and Python programming STEM.org

Key Notes:

  • 3 to 5 students will collaborate on one kit (1:3 to 1:5)
  • The same robotics kit will be used across all grades
  • A large range of components with a larger range of possibilities
  • Creatively explore electronics-integrated construction-based projects
  • Students will have a combination of robotics and coding sessions
  • 3 Robotics projects across 6 sessions | 6 Coding projects across 6 sessions

At Brainhack, we are passionate about creating learning experience that go beyond textbooks.

Useful Links

Our Services

Contact us

Copyright 2025, The Brainhack Company. All Rights Reserved. Design by Digital Ninza Pvt. Ltd.