XROBOT Academy

XROBOT Foundation is the entry point for beginners to step into the world of robotics. Students learn how robots actually work by building, programming, and debugging real systems using VEX IQ.

P-02 - Stage 02

XROBOT Master – Robotics Engineering

XROBOT Master is an advanced robotics engineering program where students develop real-world skills in mechanics, electronics, programming, and AI by building complex robotic systems and intelligent machines.

P-03 - Stage 03

XROBOT AI Master

XROBOT AI Master is an advanced pathway where students learn to build real intelligent systems using AI, Python, computer vision, voice interaction, and robotics integration. Students move beyond using AI — they learn how to create with it.

P-04 - Stage 04

XROBOT VEX World Championship Elite Camp

The VEX World Championship Elite Camp is a high-performance training program designed for students aiming to compete at an advanced level. Students develop strategy, engineering, and teamwork skills used by top international teams in the VEX Robotics Competition.

P-05 - Stage 05

XROBOT Aviation Pathway

XROBOT Aviation Pathway is an advanced program where students build drones, master flight control, compete in drone soccer, and explore real flight engineering through hands-on projects, including FPV systems and experimental rocket design.

MOD / 02

Featured Courses

Engineering programs from Cadet through Mission Lead. Every course ends in a working system.

CRS-001 - Robotics

Introduction to Robotics Programming with VEX IQ

A beginner-friendly robotics engineering course where students learn to build, code, and solve real-world challenges using the VEX IQ Robotics System platform and block-based programming with VEXcode IQ. Through hands-on projects, students develop computational thinking, engineering logic, and creative problem-solving skills while bringing real robots to life.

CRS-002 - Robotics

Python for Engineers

Python for Engineers is a practical coding course designed for students who want to use programming to solve real engineering problems. This course is not only about learning Python syntax. Students will learn how engineers use Python to control data, automate tasks, build logic, test ideas, and connect programming with robotics, AI, automation, and real-world systems. Through hands-on projects, students will develop computational thinking, problem-solving skills, and the ability to turn ideas into working programs.

CRS-003 - Robotics

Applied AI Systems

Applied AI Systems is a project-based course that helps students understand how artificial intelligence is used in real-world systems. Students will not only learn what AI is, but also how AI can be applied to solve practical problems, support decision-making, analyse information, automate tasks, and interact with humans. Through hands-on projects, students will explore key AI concepts such as machine learning, computer vision, natural language processing, AI agents, data, prompts, and system design. This course helps students move beyond simply using AI tools. They will begin to understand how AI systems are built, how they work, and how they can be applied responsibly in engineering, robotics, business, and daily life.

CRS-004 - Robotics

Autonomous drone pliot

Autonomous Drone Pilot is a hands-on engineering course that introduces students to drone technology, flight control, coding, and autonomous navigation. Students will learn how drones fly, how sensors support stable movement, how flight commands are controlled, and how programming can help drones complete tasks automatically. This course goes beyond basic drone flying. Students will explore the engineering logic behind drone systems, including movement control, safety awareness, mission planning, obstacle response, and basic autonomous behaviours. Through practical projects and flight challenges, students develop problem-solving skills, spatial thinking, engineering confidence, and a deeper understanding of robotics and aviation technology.

All Courses

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XROBOT Lab Projects

Real engineering systems developed inside XROBOT Labs — the kind of systems our students learn to design, build and bring to life. This is what an XROBOT graduate looks like.

STD-014

Autonomous Robotics

BIOMIMETIC HUMANOID ROBOT

Explore the engineering behind human-like robots through biomimetic design, mechanical expression, sensing and intelligent interaction.

Specialist Cohort 03 - published

Humanoid Expression & AI Interaction System

LAB-132

Humanoid Robotics

Humanoid Expression & AI Interaction System

An advanced humanoid robotics project combining facial mechanics, AI voice interaction, computer vision, and embedded engineering into a fully interactive robotic head platform.

AI Studio - published

LAB-132

Humanoid Robotics

Teleoperated Dexterous Hand System

A real-time wireless robotic hand capable of replicating human finger movement through low-latency gesture tracking and teleoperation control systems.

AI Studio - published

LAB-132

Humanoid Robotics

Bio-Inspired Quadruped Spider Robot

A voice-controlled quadruped robotics project combining biomimetic movement, embedded systems, AI interaction, and multi-leg motion control.

AI Studio - published

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Arena

Competition programs, challenge streams and tournament-ready engineering systems.

XROBOT VEX IQ World Championship Elite Camp

VEX

VEX ROBOTICS

XROBOT VEX IQ World Championship Elite Camp

Elite VEX IQ competition training focused on engineering, strategy, autonomous systems and high-performance robot development for world-level competition.

VEX ROBOTICS - published

XROBOT Drone Soccer World Cup Elite Camp

DRN

DRONE SPORTS

XROBOT Drone Soccer World Cup Elite Camp

Elite drone soccer training focused on FPV piloting, team strategy, drone engineering and world-level competitive performance.

DRONE SPORTS - published

International Olympiad in artificial intelligence

AIC

AI CHALLENGES

International Olympiad in artificial intelligence

Elite international AI competition training focused on machine learning, computational reasoning, computer vision and intelligent autonomous systems.

AI CHALLENGES - published

HCK

HACKATHON

XROBOT Combat Robotics Arena

High-impact combat robotics competition focused on engineering design, weapon systems, strategy and real-time robot battle performance.

HACKATHON - published

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Growth Stage System

A clear progression from first contact to technical ownership and peer mentorship.

STAGE 01Learner

Learner

Student is learning fundamental robotics and programming concepts

Progress 01 / 04

STAGE 02Maker

Maker

Student can independently build and complete robotics projects

Progress 02 / 04

STAGE 03Leader

Leader

Student can lead projects and coordinate team collaboration

Progress 03 / 04

STAGE 04Mentor

Mentor

Student can mentor others, support teaching, and demonstrate leadership

Progress 04 / 04

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Why XROBOT

We go beyond traditional tutoring. We run an engineering academy with mission rigor, built and taught by people who ship real systems.

Engineer-Led Education

XROBOT is guided by real engineering experience, helping students learn robotics, coding and AI through the way engineers think, test, debug and build working systems.

Real Self-Developed Robotics Projects

Students at XROBOT Academy learn robotics through real engineering projects inspired by modern AI, autonomous systems, humanoid robotics, and intelligent machines. Instead of simply following tutorials or assembling toy kits, students build, program, and experiment with technologies used in real-world robotics development.

5 Major Future Pathways

At XROBOT Academy, students follow structured future-focused learning pathways designed around robotics engineering, artificial intelligence, aviation systems, and elite robotics competition. From beginners discovering technology for the first time to advanced students building real engineering projects, each pathway provides a clear long-term journey for growth, creativity, and innovation.

Growth Stage System

ROBOT Academy uses a clear four-stage growth system — Learner, Maker, Leader, and Mentor — to guide students from basic robotics exploration to independent creation, teamwork, leadership, and peer mentoring.

Project-Based Learning

At XROBOT Academy, students learn by building real projects. Instead of simply memorising theory, students develop robotics, AI, engineering, and problem-solving skills through hands-on creation, experimentation, and teamwork.

Competition & Mission Environment

tudents train through real competitions, mission-based challenges and team-based engineering tasks — learning how to design, test, strategise and perform under real constraints.

Immersive Engineering Culture

Learning at XROBOT Academy goes beyond traditional classroom teaching. Students experience technology through classes, workshops, competitions, events, expeditions, and academic talks designed to inspire creativity, engineering thinking, collaboration, and real-world innovation.

AI-Powered Learning

At XROBOT Academy, students learn how to work with AI as creators, innovators, and future engineers. Our AI-powered learning approach combines robotics, programming, engineering, and modern AI tools to help students develop problem-solving, creativity, and future-ready technical skills.