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Embedded Systems Pro
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100% Placement

Embedded Systems Pro Program

Master Embedded Systems with our comprehensive Embedded Systems Development Course. Hands-on training in Embedded C, Embedded Linux, RTOS, ARM Cortex, Microcontroller Programming, PCB Design & IoT. Job-oriented embedded systems training with real projects and placement support. Ideal for ECE students and beginners.
  • Duration:3 Months
  • Batch Size: 15 students
  • Certificate Provided
  • Placement Guaranteed
★★★★★
4.9
(420 reviews)

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₹60,000
  • 480+ hours of live instruction
  • Real hardware kit included
  • 5+ live projects
  • Placement support until hired
  • EMI options (0% interest)
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Months Training
0
Core Modules
0
Live Projects
0 +
Job Placement
0 %
Learning Outcomes

What You Will Learn

  • Foundations of Electronics and Digital Systems
  • Embedded C Programming Mastery
  • Microcontroller Architecture and Programming (PIC, AVR)
  • Arduino and Rapid Prototyping
  • Advanced ARM Cortex and STM32 Programming
  • Real-Time Operating Systems (RTOS) Training
  • Embedded Linux and Device Drivers
  • IoT Development with ESP32 and Raspberry Pi
  • PCB Design and Hardware Interfacing
  • Communication Protocols and System Integration
  • Automotive and Industrial Embedded Systems
  • Major Projects, Career Preparation & Placement Training
Full Syllabus

Course Curriculum

12 modules · 480+ hours · 5 live projects
  • Basic Electrical Concepts and Circuit Theory
  • Analog and Digital Electronics Fundamentals
  • Semiconductor Devices, Diodes, Transistors & Op-Amps
  • Number Systems, Binary Arithmetic and Logic Gates
  • Combinational and Sequential Digital Circuits
  • Power Supply Design and Voltage Regulation
  • Sensors, Actuators and Signal Conditioning
  • Hands-on Hobby Circuits and Breadboard Implementation
  • Practical Component Identification and Testing
  • Assembly Level Programming (ALP) Fundamentals
  • Industry-Focused Embedded C Programming
  • Pointers, Structures, Unions and Memory Management
  • Functions, Preprocessors and Bit Manipulation
  • Interrupts, Timers and ISR Handling
  • Embedded C Optimization Techniques
  • Debugging and Code Profiling Methods
  • MISRA C Guidelines for Safety-Critical Systems
  • Bare-Metal Programming Concepts
  • PIC Microcontroller Architecture and Programming
  • AVR Microcontroller Peripherals and Applications
  • Timers, Counters, ADC, PWM and Watchdog Timer
  • Interrupt Handling and Priority Management
  • GPIO, UART, SPI and I2C Interfacing
  • Arduino Development Platform and IDE
  • Rapid Prototyping with Arduino Libraries
  • Transition from Arduino to Professional Microcontrollers
  • Project Implementation on 8-bit Controllers
  • Introduction to Real-Time Operating Systems (RTOS)
  • FreeRTOS Kernel Architecture and Features
  • Task Creation, Scheduling and Management
  • Synchronization Mechanisms (Semaphores, Mutexes, Queues)
  • Memory Management in RTOS Environment
  • RTOS on PIC and ARM Platforms
  • Real-Time Constraints and Deterministic Behavior
  • Debugging Multi-Tasking Applications
  • Applications in Industrial Systems
  • ARM Cortex-M Architecture and Programming
  • STM32 Microcontroller Programming (Bare-Metal)
  • Introduction to Embedded Linux
  • Linux Kernel Customization and Configuration
  • Device Driver Development (Linux Device Drivers)
  • Bootloader, Root File System and Yocto Build System
  • Embedded Linux Application Development
  • Process Management, IPC and Multi-Threading
  • Transition from Bare-Metal to Linux-Based Systems
  • PCB Design Fundamentals (Schematic Capture & Layout)
  • Hardware Interfacing Techniques
  • Communication Protocols: UART, SPI, I2C
  • IoT Development with ESP32
  • Raspberry Pi Embedded Systems Development
  • IoT-Based Embedded Systems and Cloud Integration
  • Edge AI Concepts and Implementation
  • 2 Major Industry-Level Projects
  • Add-on Practical Projects and Portfolio Building
Tech Stack

Tools & Technologies

⚡
STM32
🐧
Linux
🔧
GCC ARM
🕐
Free RTOS
📡
ESP32
🔌
KiCad
🗂️
Git
🔍
GDB
📊
CMake
🏗️
Yocto
Hands-On Learning

Live Projects You'll Build

Project 01 · Hardware & Firmware

Smart IoT Home Automation System

Build a complete connected home solution using ESP32 and Raspberry Pi with multiple sensors, cloud integration, mobile app control, and real-time monitoring dashboard.
Project 02 · RTOS & Embedded System

Industrial Data Acquisition & Control System

Develop a robust industrial-grade system using ARM/STM32 with FreeRTOS for deterministic performance, multiple sensor integration, real-time data processing, and logging.
Project 03 · Low Power Embedded Design

Wearable Health Monitoring Device

Design a compact, battery-powered wearable device with STM32, sensors, OLED display, wireless connectivity, and data logging capabilities with Edge AI features.
Project 04 · Full System Integration

Advanced Embedded Control System

Create a high-performance embedded system featuring custom PCB design, multiple communication protocols (UART, SPI, I2C), Embedded Linux backend, and web-based dashboard integration.
Eligibility

Who Should Enroll?

Engineering Graduates (ECE/EEE/EIE)

Ideal for BE/BTech students seeking specialized embedded systems course for ECE students. Build directly on your academic foundation to become industry-ready.

Diploma Holders & Freshers

Beginner embedded systems training pathway for diploma holders in electronics or related fields. Our structured approach bridges any gaps and takes you to advanced levels.

Working Professionals & Career Switchers

Upgrade skills with weekend embedded systems classes or intensive batches. Perfect for those wanting embedded firmware development course or advanced RTOS/Embedded Linux expertise.

Anyone Passionate About Technology

If you have basic C knowledge or electronics interest, this embedded systems course for beginners to advanced program provides the right foundation + hands-on practice for a rewarding career as an embedded systems developer.

Your Trainer

Meet Your Instructor

Sajadh K M

Embedded Systems & Robotics Trainer | Co-Founder, MicroSkill Lab
With over 16 years in embedded systems, robotics, and industrial automation, Sajadh has worked across IoT platforms, marine electronics, and aviation ground support systems at King Abdulaziz International Airport. As Co-Founder of MicroSkill Lab, he brings real industry experience in microcontrollers, embedded Linux, PCB design, PLC automation, and humanoid robotics to every session. His project-based teaching method consistently produces confident, industry-ready embedded engineers.
16+

Years Industry Exp.

800+

Students Trained

4.9★

Avg. Rating

FAQ

Frequently Asked Questions

Our program stands out through its perfect balance of depth and practicality. Unlike theory-heavy courses, we offer 100% hands-on embedded systems lab training with real hardware, industry projects, and placement focus. The curriculum continuously evolves with technologies like STM32, Raspberry Pi, and Edge AI while covering timeless fundamentals. Small batch sizes ensure personalized coaching, making it one of the top embedded systems training institutes with proven placement outcomes.
We specialize in direct classroom training for maximum hands-on learning. While some resources are available online, the core embedded systems classes and lab work are conducted offline to replicate real industry environments. Weekend batches are available for working professionals.
The complete embedded systems development course runs for approximately 3 months (260+ hours). We offer flexible full-time, evening, and weekend options. Contact us for current embedded systems course fees and early-bird discounts. Payment plans and scholarships are available for deserving candidates.
Absolutely. The curriculum features a dedicated embedded C course, comprehensive RTOS training, and full embedded Linux course module including device driver development. You will also cover ARM Cortex, STM32 programming, and more.
Students receive a PIC development board to take home, allowing them to practice and build projects even after classroom hours. During lab sessions, you’ll also get hands-on access to Arduino, ESP32, STM32, Raspberry Pi, and other microcontroller platforms, along with PCB design tools, oscilloscopes, and electronics project components — giving you broad exposure to the tools used across the embedded systems industry.

What's Included

  • 480+ hours of live instruction
  • Real hardware lab access every session
  • Hardware kit for home practice
  • 5+ live project builds
  • Lifetime access to study materials
  • Resume building & mock interviews
  • Industry-recognized certificate
  • Placement support until hired
  • Alumni network access
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