Embedded Systems ⭕

Embedded Systems

Master embedded systems with real-time programming, microcontroller interfacing, RTOS, communication protocols, Embedded Linux, IoT, and FPGA. Build real-world applications in automation, robotics, and IoT.

Batch starts Every 5th, 15th, 25th of Every Month

4.3/5

Descriptions

SmartED’s Embedded Systems Industrial Training Program is designed to equip learners with the theoretical and practical knowledge required to build, program, and optimize embedded devices. The course covers essential topics such as microcontroller programming (C, Python, Assembly), embedded architecture, RTOS, communication protocols (UART, SPI, I2C), Embedded Linux, IoT integration, FPGA design, and machine learning for edge devices. Through hands-on modules and industry-aligned projects, students learn how to build robust, scalable systems used in industries such as robotics, medical devices, automotive, and smart appliances. The final capstone challenges students to design and deploy a complete IoT-enabled embedded system.

Key Points

Course Lessons

  • Topics: Definition, characteristics, applications, components
  • Capstone: Identify embedded systems in real-world appliances
  • Homework: Document 3 embedded devices used daily
  • Topics: Types, architecture, programming overview
  • Capstone: Write and simulate a simple microcontroller blink program
  • Homework: Compare 8051, AVR, and ARM architectures
  • Topics: Assembly, Embedded C, Python for embedded systems
  • Capstone: Program a GPIO using C and Python
  • Homework: Convert logic from C to Assembly
  • Topics: Design architecture, tools, system-level planning
  • Capstone: Draft a block diagram for a sensor-based system
  • Homework: Create a system design document
  • Topics: Requirements, implementation, testing, deployment
  • Capstone: Build and test a small embedded system
  • Homework: Perform unit testing on an embedded function
  • Topics: RTOS architecture, scheduling, advantages
  • Capstone: Implement task switching using FreeRTOS
  • Homework: Compare polling vs RTOS task scheduling
  • Topics: Sensors, motors, displays, switches
  • Capstone: Control a DC motor using a microcontroller
  • Homework: Read analog input from a sensor
  • Topics: UART, SPI, I2C, TCP/IP, Bluetooth, Wi-Fi
  • Capstone: Build a UART-based serial communication system
  • Homework: Write pseudo-code for SPI transfer
  • Topics: Kernel, bootloader, device drivers, file system
  • Capstone: Build and boot a custom Linux image
  • Homework: List differences between embedded and desktop Linux
  • Topics: Threats, encryption, secure boot, firmware updates
  • Capstone: Implement secure firmware verification
  • Homework: Explain symmetric vs asymmetric encryption in devices
  • Topics: FPGA architecture, design tools, VHDL/Verilog basics
  • Capstone: Program an LED controller using FPGA
  • Homework: Write basic logic for an AND gate in VHDL
  • Topics: IoT architecture, protocols, connectivity
  • Capstone: Send sensor data to the cloud using MQTT
  • Homework: Design an IoT-enabled temperature logger
  • Topics: Lightweight ML, edge inference, TinyML
  • Capstone: Build a gesture recognition model on microcontroller
  • Homework: Train and deploy a basic classifier
  • Topics: Unit testing, debugging, frameworks
  • Capstone: Debug a faulty embedded system using logic analyzer
  • Homework: Write test cases for a system module
  • Topics: Robotics, automotive, real-time audio/video, medical
  • Capstone: Simulate robotic arm movement with sensor feedback
  • Homework: Design system logic for smart health monitoring

Projects

  • Objective:

Design, build, and deploy a fully functional IoT-enabled embedded system (e.g., smart home controller, wearable health monitor, automation controller)

  • Requirements:

Microcontroller-based core with sensor/actuator interfacing, Real-time OS or multitasking logic, Communication via UART/SPI/I2C or wireless, Embedded Linux or cloud-connected via MQTT/HTTP, Secure firmware and testing documentation.

  • Teamwork:

Collaborative group project with documentation, live demo, and final presentation

Instructor

Prasanna Kumari

Embedded Engineer

This course includes:

Upon successfully completing this course, you will receive a certificate of completion that helps potential employers assess your proficiency.



Government Certified

Earn NSDC Certification

This course is delivered in National Skill Development Corporation (NSDC) standards and fully aligned with NSDC’s national skill standards. We are live on the Skill India portal, offering government-recognized certification upon completion. Learners also benefit from live classes conducted directly through the Skill India platform, ensuring interactive, high-quality training from industry experts.
Benefits of NSDC Certification:
Register for NSDC certification today and advance your career with industry-recognized credentials.

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