🌟 Premium 5-Day Robotics, IoT & AI Boot Camp

Young Innovators
Boot Camp

ZAN Tech's Premium Edition boot camp takes junior students from absolute zero to real engineers — in just 5 days. Students master electronics basics, build smart home automation hubs, engineer wireless weather stations, and deploy a custom-built Mini Can-Satellite, then showcase their tech live to parents and judges. Every participant graduates with a Certificate of Participation and a strong foundation in robotics, aerospace telemetry, and IoT.

Explore Curriculum Secure Your Slot
Zero Experience Needed 80% Hands-on Practical Robotics + IoT + AI Certificates & Prizes

Program Overview & Schedule

Start Date

June 20

Duration

5 Days

Batch Capacity

Strictly limited to 10 students per slot

Slot A (Morning)

11:00 AM – 02:00 PM

Slot B (Afternoon)

03:00 PM – 06:00 PM

Learning Ratio

80% Practical | 20% Logic

Total Investment

5,000 BDT

3,000 BDT Offer

Our Teaching Method

From Zero to Engineer in 4 Steps

Every session in this Premium Boot Camp — from LED circuits to an IoT Robot Dog — follows the same professional engineering workflow used by real teams. Students don't just follow instructions; they learn how engineers think.

01

1. Plan the Project

Before touching any wires, students define the problem they're solving and what a successful project should do — just like a real engineering team.

02

2. Select Equipment

Students learn to choose the right microcontroller, sensors, motors, and components for the job — and understand exactly why each part matters.

03

3. Design the Circuit

Students sketch and read circuit diagrams, learning how power and signals flow between components before building anything.

04

4. Build, Code & Test

Finally, students assemble the hardware, write the program, then test, debug, and improve it — completing a real, working project.

The Journey

5-Day Curriculum Roadmap

From electronics fundamentals to a live-connected IoT Robot Dog — each day builds on the last. Parents and students can see exactly what will be learned, built, and showcased every single day of the Premium Boot Camp.

Day 01

Robotics & IoT Fundamentals

Electronics and Sensors Day 1
Core Topics

The Core Concepts of Automation

  • Introduction to Robotics & IoT — Explore the evolution, current trends, and future of smart technology.
  • Electrical Fundamentals — Master voltage, current, and power basics to build circuits safely.
  • Your First Hardware Code — Learn to interface a microcontroller and write code to control an LED.
  • Sensors & The Physical World — Understand how Sonar (Ultrasonic) sensors measure distance.
  • Smart Interactive Systems — Program the microcontroller to dynamic control LEDs based on live sensor data.
Technical Pillar: Embedded Systems, Circuitry & Sensor Integration
Instructor Focus: Live demonstration before interactive student practice
Day 02

IoT Smart Home Automation

IoT Smart Home Day 2
Core Topics

Controlling Appliances with IoT

  • Introduction to Relay Modules — Understand how microcontrollers safely switch high-voltage home appliances like lights and fans.
  • DC Motor as a Smart Fan — Control fan speed and toggle its state using code and pulse-width modulation (PWM).
  • AC/DC Appliance Switching — Learn the electronics logic behind turning home lights and appliances ON and OFF programmatically.
  • Wireless IoT Integration — Connect the system to local Wi-Fi/Bluetooth to send control commands remotely.
  • Mini-Project: Smart Home Hub — Build a working prototype to control a light and a fan from a mobile app or dashboard.
Technical Pillar: Relay Interfacing, PWM Fan Control & Local IoT Networks
Instructor Focus: Emphasize electrical safety and real-world relay isolation
Day 03

IoT Smart Weather Station

IoT Weather Station Day 3
Core Topics

Environmental Monitoring Systems

  • Introduction to Environmental Sensors — Explore how DHT11/DHT22 and similar sensors track atmospheric temperature and humidity.
  • Analog vs. Digital Inputs — Understand how to read varying environmental data like soil moisture or rain levels.
  • LCD & OLED Display Integration — Learn to format and display real-time telemetry data locally on a physical screen.
  • Data Cloud Serialization — Package environmental metrics into structured payloads to send them over the internet.
  • Mini-Project: Live Weather Dashboard — Build a fully functional weather node that uploads environmental data to an IoT cloud dashboard.
Technical Pillar: Telemetry, Sensor Calibration & IoT Cloud Integration
Instructor Focus: Guide students through sensor calibration and floating-point logic
Day 04

Mini CanSat Build & Deployment

Mini CanSat Day 4
Project Core

Aerospace Engineering & Telemetry

  • CanSat Structural Assembly — Integrate a Wi-Fi/RF microcontroller, battery unit, and sensor array into a standard can-sized chassis.
  • Aerodynamic Recovery Prep — Understand descent mechanics and attach a recovery system to ensure a stable, safe descent.
  • Real-Time Telemetry Tracking — Program the satellite to transmit live altitude, pressure, and environmental data wirelessly.
  • Ground Station Dashboard — Build a live software interface to map, chart, and visualize flight data instantly during descent.
  • Simulation & Mission Deployment — Drop/launch the CanSat to test real-world data logging and successful remote data recovery.
Technical Pillar: Aerospace Data Flow, Wireless Telemetry & Ground Station Design
Learning Outcome: Students master high-speed radio/wireless data packet streaming
Day 05

Presentation, Showcase & Parent Event

Student Showcase and Parent Event Day 5
Deliverable Core

Communication, Research & Live Showcase

  • How to present a project — structure, storytelling, and confident delivery skills.
  • Research using online resources — finding credible information to support their project.
  • Student presentations — each student presents their build to judges and classmates.
  • Parent showcase event — families invited to see the innovation live.
  • Every participant receives an official Certificate of Participation.
Technical Pillar: Communication & Research Skills
Objective: Build confidence, creativity & public speaking
How Students Are Assessed

Evaluation Criteria

Every student is evaluated on four key dimensions throughout the 5 days — no surprise tests, just real-world skills in action.

Participation

Active engagement, asking questions, and contributing to team tasks every day.

Project Completion

Successfully building and demonstrating a working project by the end of the session.

Creativity

Innovative thinking, problem-solving approaches, and going beyond the baseline instructions.

Presentation Skills

Clarity, structure, and confidence when explaining their project to parents and judges.

The Pro-Maker Discipline

At ZAN Tech, we don't just teach technology; we cultivate lifelong professional habits throughout the 5 days.

Inventory Management

Each student manages their own dedicated components toolbox, counting sensors and wires before and after every session to build high responsibility.

Workspace Etiquette

Following the 'Clean your bench before you leave' rule to instill workplace organization and professional discipline.

Time Management

Working against strict milestone deadlines to balance focus, precision, and speed under real-world scenarios.

Presentation & Public Speaking

Students learn how to structure a project pitch and present it confidently in English in front of an audience.

Grand Finale

Competition, Prizes & Certification

On the final day, every student steps into the spotlight to present and demonstrate the projects they've built — exactly like a real tech showcase.

1st Place Innovator

Awarded to the top-performing project, judged on creativity, function, and presentation quality. Winner receives a special prize.

2nd Place Innovator

Awarded to the runner-up project for outstanding effort, problem-solving, and a confident final presentation. Winner receives a prize.

Certificate of Participation

Every student who completes the 5-day boot camp — win or not — receives an official ZAN Tech Certificate of Participation.

Frequently Asked Questions

Does my child need any prior coding or electronics experience?

Not at all. This boot camp is designed to start from absolute zero level. Students begin with the fundamentals of microcontrollers and basic circuits on Day 1, then build up to robotics, IoT, and AI step by step across the 5 days.

What will my child actually build during the camp?

Over 5 days: Day 1 covers electronics & sensors (LED blinking, sonar sensor); Day 2 explores actuators (DC motors & servos); Day 3 introduces 3D printing and fabrication; Day 4 is the highlight — assembling and connecting a full IoT Robot Dog with a live dashboard; and Day 5 is the parent showcase and awards ceremony.

What teaching approach do you use?

Every project follows the same 4-step engineering workflow: Plan the project, Select the right equipment, Design the circuit, then Build, Code & Test. The program is 80% hands-on practical work and 20% logic/theory.

How many students are in each batch?

Each slot is strictly limited to 10 students, so every child gets individual attention and hands-on time with the equipment for every project.

Will my child receive a certificate or win anything?

Yes. On the final day, every student presents their project in a live competition. The top 2 innovators win prizes, and every student who completes the program receives an official Certificate of Participation.

How do I register and what are the timing options?

Simply fill out the registration form below. The camp runs for 5 days starting June 20, with a Morning Slot (11:00 AM – 02:00 PM) and an Afternoon Slot (03:00 PM – 06:00 PM). Total investment is 3,000 BDT (offer price, was 5,000 BDT).

Secure Your Admission

Complete the verified entry fields via our connected Google Forms portal below.