Tech Titans: Introduction to Robotics
Empowering the next generation of innovators through hands-on robotics and Python programming
Why Robotics Education Matters Now
In an increasingly automated world, robotics skills are no longer optional—they're essential. The global robotics market is projected to reach $214 billion by 2030, creating millions of jobs in engineering, programming, and automation.
Our Tech Titans program introduces students ages 10-16 to the fundamentals of robotics through an engaging, project-based approach. Students don't just learn theory—they build, program, and deploy their own functioning robots using industry-standard tools like Arduino and Python.
This course bridges the gap between curiosity and capability, transforming beginners into confident creators who understand both the hardware and software that power modern technology.
Essential Robot Components
Understanding robotics starts with knowing the building blocks. Every robot—from simple line followers to advanced autonomous systems—relies on five core components working in harmony.
Controller Board
The brain of your robot. We use Arduino Uno or Raspberry Pi Pico—affordable, powerful microcontrollers that process inputs and control outputs. Students learn to flash firmware and upload programs to make decisions in real-time.
Sensors
The robot's senses. Ultrasonic sensors detect obstacles, light sensors follow lines, and temperature sensors monitor conditions. These components gather data from the environment, enabling smart, responsive behavior.
Motors & Servos
The muscle of movement. DC motors provide continuous rotation for wheels, while servo motors offer precise angular control for arms and mechanisms. Proper motor selection determines speed, torque, and maneuverability.
Chassis & Frame
The structural foundation. A well-designed chassis provides mounting points for all components while maintaining balance and durability. Our 2WD robot chassis kit offers an ideal platform for beginners to learn assembly principles.
Power System
The energy source. Battery holders with AA batteries provide portable, rechargeable power. Students learn about voltage requirements, power distribution, and circuit protection—critical safety and design concepts.
Where to Source Components Wholesale
Quality, affordable components make robotics education accessible. We've partnered with trusted wholesale suppliers to keep costs low while maintaining educational value. Here's where program coordinators can purchase materials in bulk.
Arduino Uno & Pi Pico
DHgate offers Arduino Uno R3 boards at bulk pricing, ideal for classroom sets. The Pi Shop provides official Raspberry Pi Pico units with educational discounts.
  • Arduino Uno: $8-12 per unit (10+ quantity)
  • Pi Pico: $4-6 per unit (bulk pricing)
  • Includes USB programming cables
Robot Chassis Kits
RobotShop stocks the DFRobot 2WD Mini Q chassis—a complete platform with motors, wheels, and mounting hardware. Perfect for beginners with clear assembly instructions.
  • Complete 2WD kit: $15-20 per student
  • Includes DC motors and battery holder
  • Durable acrylic construction
Sensors & Electronics
SparkFun and Adafruit provide educational-grade sensors with detailed documentation. Ultrasonic sensors, breadboards, and jumper wires available in classroom packs.
  • Ultrasonic sensors: $3-5 each
  • Breadboard kits: $8-12 per student
  • Assorted wire bundles included
Total material cost per student: approximately $60, with all components kept by the student after course completion.
4-Week Course Structure
Our carefully designed curriculum balances theory, hands-on building, and programming. Each 2-hour session builds progressively, ensuring students gain confidence and competence at every stage.
01
Week 1: Foundations & Components
Introduction to robotics principles, safety protocols, and tool usage. Students explore each component, understand circuit basics, and plan their robot design. Hardware kits distributed with sourcing information.
02
Week 2: Physical Assembly
Hands-on construction session. Students assemble the chassis, mount the controller board, connect motors, and wire sensors using breadboards. Emphasis on proper connections, testing, and troubleshooting skills.
03
Week 3: Python Programming
Introduction to MicroPython or Firmata. Students write their first programs to blink LEDs, control motor speed and direction, and read sensor values. Integration of hardware and software begins.
04
Week 4: Deploy & Showcase
Finalize robot logic for obstacle avoidance or line following. Group challenges test programming skills. Final showcase event where students demonstrate their robots to parents and peers.
Python Training Progression
Programming knowledge transforms a static robot into an intelligent machine. Our Python curriculum is specifically tailored to robotics applications, teaching coding concepts through immediate, tangible results.
1
Week 1: Python Fundamentals
Syntax, Variables & Functions: Students learn basic Python structure and write their first program to blink an LED on the Arduino or Pi Pico. Understanding digital output and timing loops.
2
Week 2: Control Structures
Loops & Conditionals: Implementing if/else statements and while loops to control motor behavior. Students program forward, backward, and turning motions based on button inputs or timers.
3
Week 3: Libraries & Sensors
GPIO Programming: Introduction to specialized libraries for sensor reading. Students write code to read ultrasonic sensor values, calculate distances, and display readings. Integration of input and output.
4
Week 4: Complete Project
Autonomous Behavior: Students combine all skills to create obstacle avoidance logic—reading sensors, making decisions, and controlling motors. Debugging, testing, and optimization techniques applied.
Course Pricing & Value Proposition
$60
Materials & Robot Kit
Complete hardware package including controller board, chassis, motors, sensors, and all wiring. Students keep everything they build.
$200
Expert Instruction
Four 2-hour sessions with experienced STEM educators. Comprehensive curriculum, hands-on support, and troubleshooting assistance throughout.
$260
Total Investment
Complete course package. Early bird discount available: $240. Sibling discount: $240 per student when registering 2 or more.

Maximum Class Size: 10 Students
Small group instruction ensures personalized attention, adequate equipment access, and optimal learning outcomes. This intimate setting allows instructors to address individual questions and adapt pacing to student needs.
What's Included:
  • All hardware components (yours to keep)
  • Comprehensive Python training materials
  • Digital resources and code repositories
  • Certificate of completion
  • Final showcase event invitation
  • Ongoing online community access
Marketing Your Robotics Program
Flyer Distribution
Print 8.5"x11" flyers highlighting the build-program-deploy journey. Emphasize that students keep their robots. Distribute at schools, libraries, community centers, and STEM events.
Social Media Campaign
Create engaging Instagram and Facebook posts with photos of past projects. Use hashtags #TechTitans #STEMEducation #YouthRobotics #BuildTheFuture. Share student testimonials and robot videos.
Email Outreach
Send targeted emails to parents through school partnerships and homeschool networks. Include course benefits, pricing details, and registration links. Follow up with early bird discount reminders.
Community Partnerships
Partner with local maker spaces, tech companies, and educational organizations. Offer demo sessions at science fairs and open houses. Build relationships with school STEM coordinators.
Key messaging: Tech Titans isn't just a class—it's a launchpad for future innovators. Students gain tangible skills, a physical robot they built themselves, and confidence to tackle complex problems. Position as an investment in their technological future.
Program Branding & Identity
Tech Titans
Build. Code. Create the Future.
Our brand identity reflects the energy, innovation, and hands-on nature of robotics education. The name "Tech Titans" evokes strength, achievement, and leadership—qualities we cultivate in every student.
Tagline Options:
  • "Empowering Young Innovators" — Focus on student agency and creativity
  • "Build. Code. Create the Future" — Action-oriented, emphasizes complete process
  • "Where Tomorrow's Engineers Begin" — Career pathway focus, aspirational
Color Palette
Electric Blue (#0070F3): Technology, innovation, trust
Neon Green (#39FF14): Energy, growth, creativity
Light Gray (#D9E2EC): Clean, modern, accessible
Dark Navy (#1A202C): Professionalism, depth
Logo Concepts
  • Robot mascot holding tools and shield
  • Gear with circuit traces forming rocket
  • "TT" monogram with gear and lightning bolt
Ready to Launch Your Robotics Program?
Transform Curiosity Into Capability
Tech Titans: Introduction to Robotics provides everything you need to run a successful, engaging robotics program. With comprehensive curriculum, affordable wholesale component sourcing, and proven teaching methods, you can empower students to build, program, and deploy real robots.
This isn't just an education program—it's an investment in the next generation of engineers, programmers, and innovators. Students leave with tangible skills, a robot they built themselves, and the confidence to tackle tomorrow's challenges.

Get Started Today
📍 Chesapeake Maker Lab
316 Battlefield Blvd South Suite B
Ages 8-13 | Beginner Friendly
💰 $260 (Early Bird: $240)
All supplies included • Keep your robot
📞 (757) 577-1016
✉ info@tech-titians.com
Register Now
"The future belongs to those who build it."
— Tech Futures Youth STEM Academy