Embedded System & IoT Development
Learn how to design, program and build real-world embedded systems and IoT devices using microcontrollers, sensors, communication modules and connected technologies.
Complete practical training in embedded systems and IoT development.
Contact BDTronics for the upcoming batch schedule and enrollment details.
Build the skills behind modern electronic devices.
Embedded systems are at the heart of modern electronics, automation, robotics and smart devices. This course takes you from microcontroller fundamentals to building connected IoT applications.
You will learn how hardware and software work together: reading sensors, controlling outputs, communicating with other devices and developing firmware for real-world applications.
Instead of learning only from theory, you will continuously apply your knowledge through practical circuits, programming exercises and project development.
What you will learn
From electronics fundamentals to connected IoT devices.
A structured learning path designed to help you understand embedded systems and progressively build more capable projects.
Embedded Systems Fundamentals
Understand what embedded systems are, how microcontrollers work and how hardware and firmware interact.
- Embedded system concepts
- Microcontroller architecture
- Development boards
- Development environment
Embedded C/C++ Programming
Learn the programming concepts required to develop firmware for microcontrollers.
- Variables and data types
- Conditions and logic
- Loops and functions
- Modular firmware
Digital Electronics & GPIO
Learn how microcontrollers interact with LEDs, switches, relays, buzzers and other digital devices.
- Digital inputs and outputs
- Pull-up and pull-down
- PWM control
- Relays and actuators
Analog Electronics & Sensors
Learn how embedded systems measure real-world signals and process sensor data.
- Analog-to-digital conversion
- Voltage measurement
- Temperature sensors
- Sensor data processing
Communication Protocols
Connect microcontrollers with sensors, displays, computers and other devices.
- UART / Serial
- I2C
- SPI
- Wireless communication
ESP32 & IoT Development
Build connected devices using Wi-Fi, Bluetooth and modern IoT technologies.
- ESP32 fundamentals
- Wi-Fi connectivity
- Bluetooth / BLE concepts
- IoT device architecture
IoT Communication & Data
Understand how connected devices exchange information with applications and servers.
- HTTP / REST concepts
- MQTT fundamentals
- Device data
- IoT architecture
Final IoT Project
Combine hardware, firmware, sensors and connectivity into a complete working project.
- Hardware integration
- Firmware development
- IoT connectivity
- Project demonstration
Learn by building real devices.
Every major concept is connected to practical electronics and embedded development so you can understand how real products are built.
Sensor Monitoring
Read real-world sensor data and display or process measurements using a microcontroller.
Smart Automation
Use sensors, programmed logic and actuators to automatically control electronic devices.
Embedded Display
Connect displays and user interfaces to create useful embedded control panels.
Wi-Fi IoT Device
Build an ESP32-based connected device that communicates through a wireless network.
IoT Data Monitoring
Send device data through an IoT communication architecture and monitor connected information.
Final Embedded Project
Combine electronics, firmware, sensors and connectivity into a complete working prototype.
Learn electronics from a practical engineering perspective.
BDTronics focuses on practical electronics, embedded systems and real hardware development. The goal is to help you understand not just how to write code, but how complete electronic systems actually work.
Practical Hardware
Learn through circuits, components, microcontrollers and real hardware.
Firmware Development
Understand how firmware controls hardware and responds to real-world inputs.
IoT Development
Progress from standalone embedded devices toward connected IoT systems.
Project Thinking
Learn how to turn an electronics idea into a working prototype.
Start building even if you're new to embedded systems.
You don't need to be an expert programmer or electronics engineer. The course is structured to build your knowledge progressively.
Students & Beginners
Build a strong foundation in programming, electronics and embedded systems.
Hobbyists & Makers
Turn electronics ideas into working prototypes and smart devices.
Software Developers
Move from software-only development into hardware and embedded programming.
Future Engineers
Develop practical skills for embedded, automation and IoT projects.
Course Requirements
No advanced embedded systems experience is required. Basic computer knowledge and an interest in electronics are enough to begin.
Learn progressively. Build confidently.
Each stage prepares you for the next, taking you from basic electronics and programming to complete connected embedded projects.
Understand
Learn electronics, microcontrollers and programming fundamentals.
Experiment
Work with sensors, outputs, displays and communication interfaces.
Connect
Add wireless connectivity and understand IoT communication.
Build
Develop a complete embedded and IoT project from hardware to firmware.
Ready to build your first embedded system?
Learn electronics, programming, microcontrollers and IoT development through practical projects with BDTronics.