Firmware Development Training

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Firmware Development Training

Course Features

100% Money back guarantee

  • Real-time Use cases

  • 24/7 Lifetime Support

  • Certification Based Curriculum

  • Flexible Schedules

  • One-on-one doubt clearing

  • Career path guidance

Firmware Development Course Overview

Mindmajix Firmware Development training makes you an expert in building the applications by leveraging capabilities of Hardware storage methods, Bit operations, Pointers, Testing of modules, Test drivers, test stubs, Function overloading., etc. Enroll & Become Certified.

Firmware Development Training
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Course Coverage

Course Eligibility | Firmware Development Training

Who Should Attend Firmware Development Training

No firmware experience needed — but this is a hands-on coding field, not a low-code tool. From an ECE/EEE/CSE/Instrumentation background and ready to learn Embedded C? MindMajix takes you from microcontroller basics to your first working firmware.

Choose your profile view
For Freshers & Engineering Graduates
New to embedded? Start from Embedded C and microcontroller fundamentals.
Who is this for
ECE / EEE GraduatesCSE & IT StudentsInstrumentation EngineersElectronics Diploma HoldersHobbyists & MakersCareer Switchers into Embedded
Prerequisites - What You Need
  • Willingness to write C — taught from fundamentals, but firmware is real coding, not a low-code platform
  • An ECE/EEE/E&I/CSE/Instrumentation degree or diploma is the natural fit
  • Basic maths and number systems (binary/hex) — used constantly for registers and bit manipulation
  • A laptop and a low-cost board (Arduino/AVR ATmega328P, STM32, or ESP32) or simulator; toolchain (Arm GCC, Keil, PlatformIO) is taught
  • No prior firmware or industry experience needed — but you'll code in C from the start
For Working Professionals
Already strong in C/C++? Fast-track into production firmware.
Who is this for
C / C++ DevelopersElectronics & Hardware EngineersIoT DevelopersEmbedded Software EngineersApplication / System ProgrammersTest & Validation Engineers
Helpful Background (Not Mandatory)
  • Working C proficiency is the genuine prerequisite — the primary language of firmware; C++ is a plus for modern stacks
  • Reading datasheets and microcontroller concepts (registers, memory, GPIO, interrupts) — taught in-course, but prior exposure accelerates you
  • Basic digital electronics (logic levels, GPIO, circuits) — helps you reason about the hardware you program
  • Hands-on with an MCU board (Arduino, STM32, ESP32, PIC, or AVR) and JTAG/SWD debugging is an advantage, not mandatory
  • Transferable backgrounds: C/C++ developers, electronics/hardware engineers, IoT developers, and EEE/ECE professionals

YOUR LEARNER JOURNEY - From Enrolment to Employment

How to Prepare for a Career in Firmware Development

Six guided stages take you from your first training class to your first offer — each one backed by a specific MindMajix support service.

Stage 1

Enrol & Get Set Up

Pick live online or self-paced, and set up a free Firmware Development Instance so you practice from day one.

  • Live or self-paced
  • 1-year LMS access
  • Agile & Scrum add-on
Stage 2

Learn & Build Real Skills

Master Firmware Development concepts with 50 hrs of current-release content, applying every concept in hands-on labs and real-time projects throughout.

  • Instructor-led + labs
  • 1-on-1 doubt clearing
  • Recording access
Stage 3

Earn Your Certificate

Clear the assessments for your shareable MindMajix completion certificate. Modules map to official Firmware Development exam topics for exam-aligned prep.

  • MindMajix certificate
  • Practice questions
Stage 4

Polish Your Profile

Turn skills into a profile recruiters notice — build an interview-ready resume and a strong LinkedIn presence using proven Firmware Development templates.

  • Resume building
  • LinkedIn optimisation
  • Resume templates
Stage 5

Practice Interviews

Walk in already rehearsed. Sit structured mock-interview rounds with experienced SMEs and get focused feedback on your Firmware Development skills and scenario questions.

  • Real-time Scenarios
  • Personalised feedback
  • Firmware Development mock interviews
Stage 6

Land Your Role

Apply with confidence using job-search assistance and referrals to hiring partners across India & the USA. (Career support provided; placement not guaranteed.)

  • Job-search assistance
  • Hiring-partner referrals
  • Role guidance

Start the journey today - choose the format that fits you.

Firmware Development Online Training Content

You will be exposed to the complete Firmware Development Trainingcourse details in the below sections.

24Modules
104Topics
Open any module to view the full topic list.
  1. 01What is Firmware?1 topic
    • What is the Difference between a firmware and software?
  2. 02Architectures5 topics
    • Von Neumann Architecture
    • Harvard Architecture
    • AVR Architecture
    • PIC Architecture
    • ARM Architecture
  3. 03What is RISC and CISC?

    Detailed topics for this module will be shared in the latest syllabus.

  4. 04Microprocessors and microcontrollers back then and now2 topics
    • Boundaries between microcontrollers and microprocessor back then
    • New Boundaries between microcontrollers and microprocessor
       
  5. 05Wired Protocols13 topics
    • I2C
    • SPI
    • UART
    • USART
    • CAN Bus Protocol
    • EtherNet/IP
    • Profibus
    • Profinet
    • CANOpen
    • Modbus/TCP
    • RS232
    • RS485
    • TCP/IP
  6. 06Wireless Protocols7 topics
    • WiFi
    • BT
    • BLE 4.2 or 5.0 with Mesh
    • LoRaWAN
    • 6LoWPAN
    • Zigbee
    • Sub-GHz RF
  7. 07Knowledge of wireless industry standards with preference to including IEEE 802.11a/b/g/n/ac/ax

    Detailed topics for this module will be shared in the latest syllabus.

  8. 08JTAG and USB ASP

    Detailed topics for this module will be shared in the latest syllabus.

  9. 09DSP Assembly Programming

    Detailed topics for this module will be shared in the latest syllabus.

  10. 10Introduction to RTOS and FreeRTOS1 topic
    • Introduction to  Vxworks
  11. 11What are PLA, PAL, FPGA?

    Detailed topics for this module will be shared in the latest syllabus.

  12. 12Types of Memories7 topics
    • Flash Memory
    • RAM
    • SDRAM
    • ROM
    • PROM
    • EPROM
    • EEPROM
  13. 13What is Cache memory?

    Detailed topics for this module will be shared in the latest syllabus.

  14. 14What is pipelining?

    Detailed topics for this module will be shared in the latest syllabus.

  15. 15Introduction to ARM TrustZone and Secure OS like 1 topic
    • OPTEE for Trusted Execution Environment (TEE)
  16. 16Comprehensions of4 topics
    • ARM /X86 Boot flow
    • ARM memory initialization, 
    • BootROM architecture and
    • UBoot development
  17. 17Arduino and AVR29 topics
    • Arduino Open Source Software.
    • Advantages of Proteus IDE.(No hardware Required).
    • Development Boards.
    • Arduino Uno development Board.
    • Hardware explantion.
    • Atmega 328P explanation 
    • I/O
    • Registers
    • Timers
    • Counters
    • Interrupts
    • Special function Registers
    • Interfacing LCD (16x2)

                      1. Display

                      2. Digital Clock

                      3. Scrolling Name

                              i) Right to left and then left to right

                              ii) Up to down and then down to up

    • Example programs to explain: Registers, Timers, Counters, Interrupts, Special function Registers
    • Protocols 

                     1. I2C

                     2. SPI

                     3. UART

                     4. USART

    • Introduction to Arduino IDE
    • Introduction to Atmel Studio
    • Introduction to Arduino Uno R3
    • Explanation of Microcontroller ATMEGA328P
    • LED Blink with Arduino UNO & AVR controller
    • PWM Output generation arduino & AVR
    • Reading Analog Data with Arduino UNO 
    • Interfacing LDR and Program automatic street light
    • Interfacing Servo Motor
    • Interfacing Stepper Motor
    • Interfacing simple DC Motor
    • CAN Bus implementation
    • BLDC Motor
    • Encoder, Decoder
  18. 18Experience working with (Git, Subversion)

    Detailed topics for this module will be shared in the latest syllabus.

  19. 19Introduction to AVR Studio

    Detailed topics for this module will be shared in the latest syllabus.

  20. 20Introduction to firmware development and testing tools3 topics
    • GDB
    • Valgrind
    • SCA
  21. 21PIC Mircrocontrollers8 topics
    • Introduction to PIC18F
    • Introduction to MPLAB X
    • Input/Output
    • Automatic Street Light
    • Programming with some examples
    • I2C
    • UART
    • SP I
  22. 22ARM Microprocessor10 topics
    • Introduction to stm32f103c8t6 ARM based microprocessor development board and ARM Cortex M4 hands-on.
    • Programming via Arduino IDE
    • Programming via Keil IDE.
    • Introduction to ARM Processor Families
    • LED Blinking
    • Boot Loading via stlink
    • Debugging
    • CAN Bus implementation
    • Multi-threading(RTOS) hands-on
    • Protocols 

                   1. I2C

                   2. SPI

                   3. UART

                   4. USART

  23. 23IOT12 topics
    • Bluetooth Protocol
    • Program with HC06(AT Commands)
    • WiFi Protocol
    • Program with ESP8266(AT Commands)
    • Local Area Network using ESP8266
    • Server Connection
    • (Host and Client)
    • Introduction to Zigbee
    • Programming and control with Zigbee
    • LoRa Protocol and modules
    • Introduction to LoRa Module
    • Communication between two devices using LoRa
  24. 24Interview Questions and Answers1 topic

    Mindmajix offers Advanced Firmware Development Interview Question And Answers, that help you prepare for job interviews.

Hands on Firmware Development Training Projects

Our Firmware Development Training course aims to deliver quality training that covers solid fundamental knowledge on core concepts with a practical approach. Such exposure to the current industry use-cases and scenarios will help learners scale up their skills and perform real-time projects with the best practices.

  1. Project 1- LED Blinking using AVR Atmega 328P controller.

  2. Project 2 - Simulator.

logoTraining Options

Choose how you learn best

Both options cover the full curriculum and include most of the certification topics

Most flexible

Self-paced

50 hrs

Learn anytime, at your own pace — complete the course in weeks or months.

What you get
  • 50 hours of Firmware Development Training videos
  • Curated and delivered by SME
  • Hands-On Lab sessions
  • Resources/materials
  • Sample Resumes
  • Get one year access to the LMS
  • Community forum support
  • Free Agile & Scrum add-on course
Not included
  • Live instructor & Q&A sessions
  • 1-on-1 doubt clearing calls
  • Mock interview & resume review
self-paced

Get Pricing

Most Popular

Live online (instructor-led)

50 hrs

Real-time classes with a certified expert — ask questions, get instant feedback, and walk away job-ready

Everything in self-paced, plus
  • Live Zoom/Meet sessions with instructor
  • 1-on-1 doubt clearing sessions
  • Live project walkthroughs
  • certification guidance
  • Mock interviews with SME panel
  • Resume & LinkedIn profile review
  • Job referral to hiring partners
  • Session recordings to rewatch anytime
  • Agile & Scrum add-on course free
Next batch starts
Aug08
Aug 08 - Aug 23Next batchET (US)

07:00 PM ET · Weekend · Limited seats available

online

Firmware Development Training Schedule

50 hrs · Live online · Recordings included

Weekend (Sat-Sun)

Aug 08 - Aug 23

3 weekends · 50 hrs total

Time07:00 PM ET
ModeLive online

Zoom / Google Meet

Weekday (Mon-Fri)

Aug 11 - Aug 26

2 weeks · 50 hrs total

Time07:00 PM ET
ModeLive online

Zoom / Google Meet

i

Need a different time? We offer and at any timezone. Contact a course advisor to set one up.

For Corporates

Empower your team with new skills to Enhance their performance and productivity.

Corporate Training

  • Customized course curriculum as per your team's specific needs
  • Training delivery through self-Paced videos, live Instructor-led training through online, on-premise at Mindmajix or your office facility
  • Resources such as slides, demos, exercises, and answer keys included
  • Complete guidance on obtaining certification
  • Complete practical demonstration and discussions on industry use cases
Learn MoreContact us

Served 130+ Corporates

Corporate Clients

Firmware Development Training FAQs

Can a fresher with no experience learn embedded firmware development?

Yes. Firmware is a hands-on, C-based coding field — not a low-code tool. The course starts from Embedded C and microcontroller basics, so freshers from ECE/EEE/CSE/Instrumentation backgrounds (or motivated self-learners) can begin from scratch. What matters is a willingness to write C and practise on real boards.

Do I need to know C programming before joining?

Strong C helps, but Embedded C is taught from the basics. The honest point: C is the core language of firmware, so you'll code from early on — unlike low-code platforms. Programming logic and consistent practice matter more than prior firmware experience.

What is the minimum qualification or background to learn firmware?

Typically a degree or diploma in ECE, EEE, E&I, CSE, or Instrumentation. Maths, number systems (binary/hex), and basic digital electronics genuinely help, since firmware works directly with registers and bits. No prior firmware experience is required.

Do I need to buy hardware to practise?

A laptop plus a low-cost board (Arduino/AVR ATmega328P, STM32, or ESP32) or a simulator is enough. The first project is LED blinking on an AVR ATmega328P. You'll also learn to read datasheets and set up a toolchain (Arm GCC, Keil, or PlatformIO).

I'm a C/C++ developer — how hard is it to move into firmware?

Your C skills transfer directly — C is the dominant firmware language. The main additions are microcontroller architecture, peripheral drivers (GPIO, UART, SPI, I2C, CAN), interrupts, timers, and an RTOS like FreeRTOS. Reasoning about real hardware — datasheets, registers, timing — is the new muscle.

What are the real prerequisites for working professionals?

The one must-have is working C proficiency — firmware is C-first, not low-code. Helpful (taught in-course, but they accelerate you): datasheets, microcontroller concepts, basic digital electronics, a board like STM32/ESP32/AVR/PIC, and JTAG/SWD debugging. C++ is a plus.

Is there an official firmware certification I should target?

No single mandatory firmware certification exists. Progression comes from C/C++ mastery and hands-on hardware experience. In regulated sectors, ISO 26262 (automotive), DO-178C (aerospace), IEC 62304 (medical), and MISRA C add value. MindMajix issues a course-completion certificate, not a vendor exam.

I'm from an electronics or hardware background — what do I need to add?

Your electronics foundation is a strong advantage. Focus on Embedded C, structured firmware (drivers, interrupts, state machines), an RTOS, and practices like Git and debugging. These convert hardware knowledge into production-ready firmware skills.

About Firmware Development Training Course

This comprehensive and in-depth Firmware Development Training Course is designed for both individuals and embedded system development teams to improve their engineering and critical programming skills. The course will teach you how to design secure, safer, and reliable devices effectively. This hands-on course is led by industry experts with years of expertise in this field. In addition, during the training, you will work on real-time firmware projects. 

What skills will you learn in this Firmware Development Training?

Some of the skills that you can master in this IBM WebSphere Commerce Server Training are:

  • Discover the difference between software and a Firmware
  • Understand varying parts of the Firmware architecture, including ARM, PIC, AVR, Harvard, and Von Neumann architecture
  • Know how to draw boundaries between microprocessors and microcontrollers
  • Learn the basics of I2C, SPI, USART, UART, TCP/IP, RS485, RS232, Modbus/TCP, Profinet, and more
  • Get introduced to RTOS and FreeRTOS
  • Comprehend the concepts of PLA, PAL, and FPGA
  • Understand varying types of memories, including EEPROM, EPROM, PROM, ROM, SDRAM, RAM, and Flash Memory

Why should you learn Online Firmware Development Training?

There are numerous reasons to learn Firmware Development. Some of them are: 

  • The global Firmware market size is anticipated to reach $4,562 million by 2027.
  • An average salary that you can earn by being a certified Firmware Development professional is $102,010 per annum. 

With an array of career opportunities in front of you, taking part in our online Firmware Development training will surely be a positive choice. 

What are the prerequisites to learn Firmware Development Online Training?

Although there are no prerequisites to learn Firmware Development, if you have basic knowledge of embedded systems along with C and microcontroller, it could be an additional advantage. 

Who should take up this Firmware Development Online Training?

This Firmware Development online training course is for graduates who come from instrumentation, computer science, electronics, and electrical background. Other than that, it is also for embedded software professionals and Firmware professionals. 

Which jobs can I get with Firmware Development Training?

You can get the following jobs with Firmware Development training:

  • Firmware Engineer
  • Firmware Developer
More general questions? See our FAQ ↗
TESTIMONIALS
What Learners say about Mindmajix
Quote

Firmware Development Training at MindMajix was...

(5/5)
Firmware Development Training at MindMajix was extensive. It was well planned and well executed. The trainer as well versed with the technology. Overall a good experience.
M

Mathew

Student

Quote

Thanks for making this platform available

(5/5)
Thanks for making this platform available. Provided best Firmware Development training. I hope to bring more people to embrace mindmajix as the bridge to filling the gaps in their career needs.
M

Matt

Student

Quote

The training on Firmware Development by...

(5/5)
The training on Firmware Development by mindmajix checks all the right boxes. The course material was very detailed and oriented towards equipping me with practical skills rather than bookish knowledge. Thanks to Mindmajix team
P

Praveena

Student

Career Roadmap

Your Path to Becoming an Embedded Firmware Engineer

Embedded firmware development across five experience-based stages — from C and microcontroller foundations to firmware architect — with typical 2026 India (LPA) and USA (USD) salary ranges. The field has no single mandatory certification: progression is driven by hands-on hardware experience and C/C++ mastery, plus safety standards (ISO 26262, DO-178C, IEC 62304) in regulated sectors.

01
Beginner
STAGE 1 · FOUNDATIONS

Embedded C & Bare-Metal Foundations

Master Embedded C, microcontroller architecture, registers, and memory maps, then drive GPIO, UART, SPI, and I2C. Learn to read datasheets, set up a toolchain (Arm GCC, Keil, or PlatformIO), and debug with JTAG/SWD. No prior experience needed.

Rs. 3–6 LPA (fresher target)
$70k–90k /year
Embedded CMCU Architecture & RegistersGPIO ControlUART / SPI / I2CDatasheet ReadingToolchains & JTAG Debugging
02
Junior
STAGE 2 · JUNIOR DEVELOPER

Junior Embedded Firmware Developer

Write bare-metal and RTOS firmware: peripheral drivers, interrupts, timers, and state machines, plus FreeRTOS tasks, queues, and semaphores. Build with Git, structured debugging, and unit testing on STM32, ESP32, and Arduino boards. (Arm Mbed OS reaches end-of-life July 2026.)

Rs. 4–8 LPA
$80k–105k /year
Bare-Metal FirmwareInterrupts & TimersFreeRTOS BasicsPeripheral DriversGit & Code ReviewEmbedded Unit Testing
03
Mid-Level
STAGE 3 · FIRMWARE ENGINEER

Embedded Firmware Engineer

Own production firmware modules. Work with embedded Linux and BSPs, advanced RTOS, bootloaders, and OTA updates, plus CAN, USB, BLE, and Modbus. Optimize power, memory, and real-time performance, and connect devices via MQTT, AWS IoT, or Azure IoT.

Rs. 8–16 LPA
$100k–135k /year
Embedded Linux & BSPRTOS DesignBootloaders & OTACAN / USB / BLEPower & Memory OptimizationIoT Connectivity (MQTT)
04
Senior
STAGE 4 · SENIOR ENGINEER

Senior Firmware Engineer

Lead firmware design and specialize in a high-value domain. Define architecture, mentor juniors, and own security (secure boot, encryption). Apply sector standards — ISO 26262/AUTOSAR (automotive), DO-178C (aerospace), or IEC 62304 (medical) — with MISRA C. Experience-based; domain training optional but valued.

Rs. 16–30 LPA
$135k–180k /year
Firmware ArchitectureFunctional Safety (ISO 26262)AUTOSAR / MISRA CSecure Boot & CryptoSoC / Hardware Bring-UpMentoring & Reviews
05
Lead / Architect
STAGE 5 · LEAD / ARCHITECT

Lead / Principal Firmware Architect

Set firmware strategy across teams. Architect multi-processor and SoC platforms, define coding standards, toolchains, and embedded CI/CD, and lead silicon bring-up. Typically 10+ years; deep specialization in safety, security, SoC, or wireless commands top pay. Experience-based — no exam.

Rs. 30–50 LPA+ (lead/architect)
$180k–260k+ /year
System & SoC ArchitectureTechnical LeadershipEmbedded CI/CDStandards & GovernanceCross-Functional StrategyDeep Specialization

MindMajix covers 1-3 Stages in a single structured program · Online & Self-Paced available

Indicative salary ranges as of 2026, based on aggregated market data from Glassdoor, ZipRecruiter, and Ambitionbox for India & USA. Actual pay varies by location, employer, and experience.

Hear From Our Learners

Firmware Development Resources

Firmware Development Interview Questions

Firmware Development Interview Questions

Access comprehensive Firmware Development interview questions and answers to prepare for your next job opportunity. Practice with real-world scenarios and expert tips.

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Firmware Development Resume Templates

Firmware Development Resume Templates

Download professional Firmware Development resume templates tailored for industry roles. Includes sample resumes, formatting guidelines, and best practices.

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Firmware Development Practice Quiz

Firmware Development Practice Quiz

Test your Firmware Development knowledge with our interactive quizzes. Features multiple-choice questions, instant feedback, and detailed explanations.

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Our work-support plans provide precise options as per your project tasks. Whether you are a newbie or an experienced professional seeking assistance in completing project tasks, we are here with the following plans to meet your custom needs:

  • Pay Per Hour
  • Pay Per Week
  • Monthly
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