Advanced Embedded Systems

Embedded Systems and Firmware Development

Learn embedded C, microcontroller peripherals, interrupts, RTOS concepts and structured firmware design for reliable devices.

Level
Advanced
Duration
Confirmed at enquiry
Mode
Online across India; confirm batch
Fee
Enquire for current fee
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About this course

Embedded systems training goes beneath the convenience of beginner platforms. You learn how a microcontroller actually works: memory, registers, clocks, peripherals, interrupts and how firmware is structured so that it behaves predictably for years.

The course uses embedded C and practical peripheral work to build habits that carry over to any microcontroller family: reading datasheets, designing drivers, handling concurrency, testing and diagnosing failures.

Who is this course for?

  • Electronics and electrical engineering students
  • Learners aiming at embedded firmware roles
  • Students who completed Arduino and want depth
  • Professionals moving from software to hardware-near work

Eligibility

For learners with basic C programming and digital electronics. Exact eligibility is confirmed at enrollment.

Prerequisites recommended

Basic C programming and digital electronics concepts. Arduino experience is helpful.

Syllabus: 8 modules

1Embedded C essentials
  • Data types, pointers, structures and bitwise operations
  • Memory layout, stack and heap
  • Volatile, const and compiler behaviour
2Microcontroller architecture
  • CPU, memory map, clocks and reset
  • GPIO, timers, ADC and PWM
  • Reading datasheets and reference manuals
3Interrupts and timing
  • Interrupt service routines and latency
  • Shared data and race conditions
  • Timer-driven scheduling
4Communication peripherals
  • UART, I2C and SPI at register level
  • Writing and testing simple drivers
  • Protocol analysis with a logic analyser (concepts)
5Firmware architecture
  • Layering, state machines and event-driven design
  • Configuration, logging and error handling
  • Bootloaders and firmware updates (concepts)
6RTOS and low power
  • Tasks, queues and semaphores with FreeRTOS
  • When an RTOS helps and when it does not
  • Sleep modes and power measurement
7Embedded Linux overview
  • Embedded Linux versus bare-metal and RTOS
  • Device tree and drivers at a conceptual level
  • Choosing an approach for a product
8Project
  • Specification and driver design
  • Testing and fault injection
  • Documentation and code review

Tools and technologies covered

  • Embedded C
  • ARM Cortex-M or ESP32 platform
  • FreeRTOS
  • UART / I2C / SPI
  • Logic analyser (concepts)
  • Git for firmware
  • Embedded Linux (overview)

Practical exercises and project examples

  • Sensor driver library with unit tests
  • Event-driven data logger with timestamping
  • FreeRTOS multi-task sensor and communication node
  • Low-power measurement with documented power budget

These are example exercises and project concepts for this course, not a record of projects completed by past learners.

Outcomes, career directions and limits

Skills you should be able to demonstrate

  • Write structured embedded C and reason about memory and timing
  • Use interrupts and timers safely
  • Develop and test peripheral drivers from datasheets
  • Design firmware with clear layers and diagnosable failures
  • Explain when to use bare-metal, RTOS or embedded Linux

Relevant career directions

  • Embedded firmware trainee and test roles after further practice
  • Hardware bring-up and validation support
  • Foundation for automotive, industrial and consumer device development

What this course does not do

  • A ten-week course establishes foundations; production firmware skill requires sustained project experience.
  • Functional-safety standards and certification processes are not covered.

Career outcomes depend on your skills, portfolio, experience and employer requirements. No course can guarantee a job.

Delivery, batches and fees

Delivery and batch

Online training is available across India. Offline training is offered only at confirmed locations. Batch timings are confirmed by the training team.

Course fee

Enquire for Current Course Fee

Special fee benefits may be available on selected courses. Contact us to confirm the current fee, what it includes and any offer conditions.

Check Your Special Course Fee

Embedded Systems and Firmware Development: frequently asked questions

Do I need to buy a specific development board?

Board requirements are confirmed by the training team at enquiry and may depend on the batch.

How is this different from the Arduino course?

Arduino hides much of the hardware. This course works closer to the hardware and teaches transferable embedded skills such as interrupts, drivers and RTOS concepts.

Is embedded Linux covered in depth?

It is covered as an overview to help you choose the right approach. Deep embedded Linux development is a separate, longer topic.

Beginner

Arduino Programming and IoT Training

Learn Arduino programming, sensor and actuator interfacing, and build reliable microcontroller projects you can later connect to the internet.

Embedded Systems / IoT Fundamentals

  • Covers: Arduino Uno / Nano, Arduino IDE, DHT11/DHT22 and LM35 sensors, HC-SR04 ultrasonic sensor
View syllabus Check course fee

Learners across India take this course online

City guides explain how online delivery works for learners in each city and which project themes fit.

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