CODEATHEN / SYS_ACTIVE
ROBOTICS / BOOT_OK
CODEATHEN_ACADEMY  ◆  ROBOTICS_SUMMER_CAMP  ◆  BEGINNER · INTERMEDIATE · ADVANCED  ◆  80%_PRACTICAL · 20%_THEORY  ◆  AI · ROBOTICS · IoT  ◆  DREAM_IT.CODE_IT.ACHIEVE_IT  ◆  LIMITED_SEATS — ENROLL_NOW  ◆ 
Codeathen Academy
Codeathen Academy Presents

Robotics
Summer Camp

Course Structure

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Beginner Friendly Hands-On Learning AI & IoT Ready Arduino Based Certificate Awarded
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3
Skill Levels
13+
Modules
80%
Practical
9+
Build Projects
3
Certifications
Complete Course Structure

Three Levels. One Transformation.

Level 01 — Beginner
Foundation Stage
Duration: 3–4 Weeks

Build curiosity, understanding of basic electronics, and simple robot creation. Designed for first-time learners with no prior experience.

Core Modules
  • Introduction to Robotics & Real-World Applications
  • Basics of Electronics — LEDs, Resistors, Breadboards // Guided simulation in TinkerCAD before physical components
  • Series & Parallel Circuits — Hands-On Build // Circuits first designed and tested in TinkerCAD
  • DC Motors, Servo Motors & Movement Control
  • Introduction to Arduino Uno Microcontroller // Code and wiring validated in TinkerCAD simulator
  • Beginner Robot Build — Line Follower & Obstacle Avoidance // Robot logic prototyped in TinkerCAD, then assembled physically
Build Projects
All builds begin with guided TinkerCAD simulation
LED Blinking Circuit Mini Fan Motor Line Follower Bot
Outcomes
Understand core electronics concepts
Build and program simple robots
Gain confidence in technology
Level 02 — Intermediate
Skill Building Stage
Duration: 4–6 Weeks

Develop real coding skills, sensor integration, and smarter robots. Transition from understanding to engineering through hands-on challenges.

Core Modules
  • Arduino Programming — C/C++, Digital & Analog Signals // Code logic tested in TinkerCAD before uploading to hardware
  • Ultrasonic, IR, Light & Sound Sensor Interfacing // Sensor circuits prototyped and verified in TinkerCAD
  • Motor Driver Modules & PWM Speed Control
  • Logic Building — If-Else, Loops, Problem Solving
  • Wireless Communication & Bluetooth Integration
  • Advanced Robot Builds — Smart & Remote-Controlled // Full circuit and code simulation in TinkerCAD before build
Build Projects
TinkerCAD simulation precedes every physical build
Smart Parking Sensor Advanced Line Follower Bluetooth Car
Outcomes
Write and understand real code
Build sensor-based intelligent robots
Develop systematic logical thinking
Level 03 — Advanced
Innovation Stage
Duration: 6–8 Weeks

Create intelligent, automated, and AI-integrated robotic systems. Capstone-level engineering for the next generation of innovators.

Core Modules
  • Advanced Programming — Functions, Debugging, Optimization // Modular code validated in TinkerCAD environments
  • IoT & Smart Robotics — Cloud & App Connectivity
  • Artificial Intelligence Basics & Image Recognition
  • Camera, Gyroscope, Accelerometer & Environmental Sensors // Multi-sensor circuits designed in TinkerCAD before assembly
  • Smart Home Automation & Voice Control Systems
  • Capstone Project — Student-Designed Intelligent Robot // Full system simulation in TinkerCAD prior to final build
Build Projects
Capstone designs reviewed in TinkerCAD before fabrication
IoT Smart Robot Voice-Controlled Robot AI Object Detection
Outcomes
Build intelligent, connected robots
Apply AI & IoT in real systems
Develop innovation and creative engineering
Our Philosophy

How We Teach & What You Gain

Teaching Approach
80% Practical, 20% Theory — Learning by doing is at the core of every session.
Step-by-Step Guided Learning — Every concept is broken down clearly with full instructor support.
Weekly Mini-Projects — Real builds reinforce every lesson, every week.
Final Project Presentation — Students present their capstone robot to peers and mentors.
Personalized Mentorship — Dedicated guidance tailored to each student's pace and curiosity.
Value for Students & Parents
Hands-On STEM Learning — Real-world skills that complement and extend school curriculum.
Future-Ready Skills — AI, Robotics and IoT expertise that today's world demands.
Creativity & Problem Solving — Original thinking developed through real engineering challenges.
Confidence in Technology — Students leave as builders and creators, not just consumers.
Portfolio-Ready Projects — Tangible documented work for competitions and future applications.
What's Included

Everything Provided

Arduino-Based Robotics Kit
Sensors & Electronic Modules
Motors, Chassis & Hardware
Coding Software Support
Learning Materials & Guides
All Tools & Components
Upon Completion

Your Achievements

Completion Certificate
Officially recognized certification from Codeathen Academy
Project Portfolio
Documented builds and achievements to showcase your skills
Performance Evaluation
Detailed assessment of learning outcomes and skill growth

Ready to Build
the Future?

Seats are limited. Secure your child's place in our Robotics Summer Camp and launch their journey into the world of AI, Robotics and real engineering.

ENROLL NOW — SECURE YOUR SEAT

Codeathen Academy  ◆  Dream_It.Code_It.Achieve_It();