Robotics for Kids & Embedded Systems Courses for Adults

Q: Which adult courses do you provide?

We offer C, C++, Advanced C++, C &amp; C++ Combined, ARM Cortex-M4, and FreeRTOS courses with detailed hands-on training.

🧒 Kids Courses

👨‍💻 Adult Courses

🤖 Kids Robotics with Cytron EDU:BIT + Micro:bit (6 Weeks) ₹7,999 ₹4,999

📚 Detailed Syllabus (Based on EDU:BIT Official Book)

Chapter 1 : Hello, World! (LED Matrix)
- Understanding the 5×5 LED Matrix
- Displaying names, icons & patterns
- Creating simple animations frame-by-frame
- Difference between “On Start” and “Forever” loops
Chapter 2 : Rock, Paper, Scissors! (Button Bit)
- Introduction to button inputs A and B
- Understanding variables and storing values
- Using randomness to select moves
- Building the Rock/Paper/Scissors game
Chapter 3 : Let’s Have Some Music~ (Music Bit)
- Using buzzer to generate tones
- Understanding musical notes and timing
- Creating custom melodies
- Defining functions to create music blocks
Chapter 4 : Win, Lose or Draw~ (Traffic Light Bit)
- Understanding traffic signal behavior
- Programming Red → Yellow → Green sequence
- Pedestrian crossing logic
- Learning timer delays
Chapter 5 : IR Digital Dice (IR Bit)
- How IR sensors detect objects
- Rolling dice using random selection
- Using arrays to store dice patterns
- Using loops until IR detects motion
Chapter 6 : Tag, You’re It! (Potentio Bit)
- What is analog input?
- Reading values from a potentiometer
- Using analog values to control LED speed
- Reaction game based on knob position
Chapter 7 : Let’s Hear the Applause! (Sound Bit)
- Understanding sound sensor input
- Clap detection
- Noise-triggered LED actions
- Clap-controlled lighting
Chapter 8 : Let’s Take a Spin! (DC Motor)
- Introduction to DC motors
- Controlling direction (forward/reverse)
- Speed control using PWM
- Mini fan project
Chapter 9 : Penalty Shoot-Out (Servo Motor)
- How servo motors work
- Moving servo to exact angles
- Goalkeeper blocking game
Chapter 10 : Mastermind – Break the Code (RGB Bit)
- Understanding RGB color mixing
- Creating your own colors
- Color-based puzzle game
Bonus Chapter : Simon Says (Radio Bit)
- Wireless communication between micro:bits
- LED pattern matching
- Multiplayer Simon Says game

🕒 Duration

6 Weeks · 12 Hours Total

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🎯 C Programming Course (5 Weeks)

1. Introduction to C Programming – 2 Hrs
2. Basic Concepts – 2 Hrs
3. Control Structures – 2 Hrs
4. Functions – 2 Hrs
5. Arrays and Strings – 2 Hrs
6. Pointers – 3 Hrs
7. Structures and Unions – 3 Hrs
8. File Handling – 2 Hrs
9. Advanced Topics – 2 Hrs

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🧠 C++ Programming Course (10 Weeks)

Week 1: Introduction to C++
Week 2: Basic Concepts
Week 3: Control Structures
Week 4: Functions
Week 5: Arrays and Strings
Week 6: Pointers and Dynamic Memory
Week 7: OOP
Week 8: Advanced OOP Concepts
Week 9: File Handling
Week 10: STL

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🚀 C++ & Advanced C++ Course (20 Weeks)

Beginner to Intermediate (Weeks 1–10):

Core C++ Programming

Advanced C++ (Weeks 11–20):

Deep Dive into OOP
Exception Handling & Debugging
Advanced Memory Management
Multithreading & Concurrency
Advanced STL & Lambda
Template Programming & Metaprogramming
Networking & System Programming
High-Performance Computing
Modern C++ (C11–C20)
Capstone Project

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🧩 C & C++ Combined Course (11 Weeks)

Week 1: Introduction to Programming
Week 2: Basics of C and C++
Week 3: Control Structures
Week 4: Functions
Week 5: Arrays and Strings
Week 6: Pointers and Dynamic Memory
Week 7: OOP in C++
Week 8: Advanced OOP Concepts
Week 9: File Handling
Week 10: STL in C++
Week 11: Advanced Topics

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⚙️ ARM Cortex-M4 Course (12 Days)

Day 1 – Introduction to Embedded Systems
- Introduction to Embedded Systems
- ARM Cortex Microcontroller Family
- Introduction to Embedded Systems Development process
  - Tool Chain
  - Cross Compilation
Day 2 – ARM Cortex-M4 Architecture
- Key Features of ARM Cortex-M4
- Advantages of ARM Cortex-M4
- ARMV7E Architecture
  - Instruction Set
  - Processor data types
  - Alignment support
- Digital Signal Processing
- Scalability of Power Efficiency
- Architecture Building Blocks
  - WIC – Wakeup interrupt controller
  - NVIC
  - MPU
  - FPU
  - Interfaces
  - Debug
Day 3 – ARM Cortex-M4 Registers and Board Bringup
- Registers
  - Core Registers
  - SPR – Program status register
  - SPR – Mask register
  - SPR – Control register
- Board Bringup
  - Board Bringup
  - Project Creation
  - First program, Compilation, Downloading
  - Register set of working
Day 4 – System Timer and Exception Model
- System Timer and Systicks
  - System timer and its operation
  - Systick register and its configuration
- ARM Cortex V7 Exception Model
  - Exception Supported
  - Exception Number definitions
  - Vector table and Exception priorities
  - Reset behaviour and Stack alignment on exception
Day 5 – Memory map and Boot process
- Memory Management for Cortex-M4
  - Memory Addressing
  - Code memory
  - SRAM
  - Peripherals
  - External RAM
- Booting Processing
  - External Reset
  - Booting process
Day 6 – System Clock and Endianness
- System clock configuration
  - Three different clock sources (SYSCLK)
  - HSI 8MHz RC Oscillator clock
  - HSE Oscillator clock
  - PLL Clock
  - Clock Configuration using STCube
  - System clock configuration using code
  - PLL Clock Configuration
- Endianness
  - Cortex-M4 Endianness
  - Little Endian Big Endian
Day 7 – Reset and Power Management
- Power control
  - Power supplies
  - Low Power Mode
    - Sleep mode
    - Stop mode
    - Standby mode
    - Auto wakeup mode from low power mode
- Reset
  - Power reset
  - System reset
  - RTC domain reset
Day 8 – NVIC
- NVIC Operations and its registers
- External interrupt behaviour
- Interrupt vector table
- Polling vs Interrupt
- NVIC – Execution of Single interrupt in detail
Day 9 – Watchdog Timer
- What is WDT, why do we need that?
- Hardware and Software WDT
- Independent WDT and Window WDT
- Example program
Day 10 – DMA Programming
- Introduction
- DMA Features
- DMA Functional Description
- DMA Interrupts
- DMA Registers
- DMA interface with UART communication
Day 11 – Bare Metal and ARM Buses
- ARM Core
  - Internal Buses
  - Instruction Set
  - Hardware wise consideration for ARM core
  - Peripheral Interface with Core
  - How different vendors use ARM core
- Baremetal Embedded Dev and Maker/Linker scripts
  - Baremetal and RTOS
  - Example of project creation using Keil/STCube for baremetal and RTOS
  - Config file creation and explanation
  - Code optimization Technique
  - Disassemble listing
Day 12 – Microcontroller Custom Bootloader Development
- IAP (In application programme) overview
- Principle of IAP
- IAP driver description (flowchart of IAP)
- Running the IAP driver
- IAP driver menu
- User programming conditions (Memory map)

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⏱️ FreeRTOS Course

Day 1:
- RTOS Intro
  - Operating System
  - Types of OS
    - General OS
    - Real-Time OS
  - Types of RTOS
    - Hard RTOS
    - Soft RTOS
  - Multi-Tasking
  - What is Poll?
  - Interrupt Driven Systems
  - Real-Time Operating Systems
  - Task
    - Task States
    - Idle Task
  - Basic elements of RTOS
    - Scheduler
      - Types of scheduling
    - Context Switch
    - Preemption
    - IPC
Day 2:
- Keil Installation
- Configure FreeRTOS
- Proteus Installation
Day 3:
- LPC2148
  - GPIO
  - LED Interfacing
    - Code
    - Demo on Proteus
  - LCD Interfacing
    - Code
    - Demo on Proteus
  - Relay Interfacing with Demo
  - DC motor interfacing
  - Home Work
Day 4:
- Timer/Counter with Demo
- UART with Demo
- Home Work
Day 5:
- ADC
- Interrupt
- Home Work
Day 6:
- Task
  - Simple Task Creation
  - Task with Parameters
  - Creating a task from another task
  - Task Priorities
    - Changing a Task Priority in Runtime
    - Reading the Priority of a Task
  - Suspending a Task
  - Resuming a suspended Task
  - Terminating a Task
  - Task States
    - Blocking a Task
  - Idle Task
  - Home Work
Day 7:
- Task Synchronization
  - Race Condition
  - Semaphore
    - Binary Semaphore
    - Counting Semphore
  - Home Work
Day 8:
- Mutex
  - Mutex
  - Deadlock
  - Priority Inversion
    - Priority inheritance protocol
    - Ceiling priority protocol
  - Mutex vs Semaphore
  - Home Work
Day 9:
- Queue
  - Home Work

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What age group is the Kids Robotics Course suitable for?

Our Kids Robotics program is ideal for ages 7 to 15. No prior coding experience is required.

Do you offer one-on-one live online classes?

Yes. All courses—Kids Robotics and Adult Embedded Courses—include interactive one-on-one training sessions.

What hardware is required for the Kids Robotics course?

Kids will use the Cytron EDU:BIT, Micro:Bit, ACEBOTT, etc. We guide you through the setup.

Which adult courses do you provide?

We offer C, C++, Advanced C++, C & C++ Combined, ARM Cortex-M4, and FreeRTOS courses with detailed hands-on training.

Can beginners join adult courses?

Absolutely! All adult courses start from basics and gradually progress to advanced embedded system concepts.

How do I enroll in any course?

You can enroll instantly via WhatsApp (+91 63643 02322) or email us at admin@embetronicx.com

Do you provide project-based learning?

Yes. Every course (Kids and Adults) includes practical, real-world mini-projects and exercises.