Module 1 — Introduction & Fundamentals
📌 What is an Embedded System?
📌 Embedded System Architecture (MCU vs MPU)
📌 Embedded Development Life Cycle
📌 Tools Overview: IDEs (Keil, IAR, Eclipse), Simulators, Debuggers
📌 Basic Electronics Concepts for Embedded Designers
Outcome: Strong foundation in embedded concepts.
Module 2 — Embedded C & Programming Essentials
📌 Embedded C Syntax & Structure
📌 Bit-wise Operations & Memory Management
📌 Functions, Pointers, Interrupts & Timers
📌 Data Types, Structures, Pre-processors
📌 Writing efficient resource-optimized code
Outcome: Capable of writing efficient embedded software.
Module 3 — Microcontrollers & Hardware Interfacing
📌 Microcontroller Architecture (ARM Cortex, AVR, PIC)
📌 GPIO, Timers, ADC/DAC
📌 Sensor & Actuator Interfacing
📌 Communication Protocols – I2C, SPI, UART, CAN
📌 Memory Mapping, Registers, Interrupts
Outcome: Hands-on interfacing with peripherals.
Module 4 — Real-Time Operating Systems (RTOS)
📌 Basics of RTOS (Tasks, Scheduling, Synchronization)
📌 FreeRTOS / Zephyr Demonstrations
📌 Multithreading, Semaphores, Queues
📌 Debugging RTOS-based Applications
Outcome: Build real-time embedded applications.
Module 5 — Embedded Linux & Advanced Topics
📌 Introduction to Embedded Linux
📌 Boot Process & Kernel Basics
📌 Device Drivers (Basics)
📌 Linux Board Support Packages (BSP)
📌 Yocto / Buildroot Fundamentals
Outcome: Work on high-level embedded systems for complex products.
Module 6 — Connectivity & IoT Integration
📌 IoT Concepts in Embedded Systems
📌 Wi-Fi / Bluetooth / BLE Modules
📌 MQTT / TCP-IP integration basics
📌 Cloud connectivity overview
Outcome: Build connected smart devices.
Module 7 — Debugging, Testing & Tools
📌 Using JTAG, SWD Debuggers
📌 Oscilloscopes & Logic Analyzers
📌 Unit Testing Frameworks (Unity, Ceedling)
📌 Version Control (Git) & Workflow
Outcome: Master debugging and modern development tooling.
Module 8 — Projects & Capstone
Learners will build industry-relevant projects such as:
✅ Temperature & Humidity Monitor with display & alerts
✅ Motor speed control with feedback & PID tuning
✅ IoT asset tracker with cloud dashboard
✅ RTOS-based multi-tasking controller
Outcome: Portfolio projects for job interviews.
🛠 Tools & Platforms Covered
- Microcontrollers: ARM STM32 / AVR / PIC
- Dev Tools: Keil, IAR, Eclipse, OpenOCD, Git
- Simulators & Debuggers: Proteus, MPLAB
- Hardware Tools: Oscilloscope, Logic Analyzer
- Linux Tools: Yocto, Buildroot
📈 Career Path & Job Roles
Training prepares for roles such as:
🔹 Embedded Software Engineer
🔹 Firmware Developer
🔹 IoT Developer
🔹 Embedded Linux Developer
🔹 Hardware-Software Integration Engineer
📜 Certification
✔ Industry-recognized Embedded Systems Certificate
✔ Project Completion Certificate
✔ Resume + Interview Preparation Support
🕒 Suggested Duration
📅 3–6 Months (including projects & hands-on labs)
📌 Key Skills Covered (Market Demand)
- C / C++ Programming
- RTOS Basics
- Communication Protocols
- Hardware Interfacing
- Debugging & Testing
- Embedded Linux & IoT
- Version Control & Toolchain skills