Firmware Development Training

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Firmware Development Course Overview

This Firmware Development training course is meant to master you in embedded software development skills in the Firmware solutions. This one is an in-depth and practical course that helps you develop Firmware development projects with the help of ARM-based microcontrollers. You will also get to work with two real-time Firmware projects under the guidance of professionals and expert trainers.
Course Duration 50 hrs
Live Projects 2
Next Batch 23 October, 2021

Firmware Development Course Curriculum


  • What is the Difference between a firmware and software?

  • Von Neumann Architecture

  • Harvard Architecture

  • AVR Architecture

  • PIC Architecture

  • ARM Architecture

  • Boundaries between microcontrollers and microprocessor back then

  • New Boundaries between microcontrollers and microprocessor

  • I2C

  • SPI

  • UART


  • CAN Bus Protocol

  • EtherNet/IP

  • Profibus

  • Profinet

  • CANOpen

  • Modbus/TCP

  • RS232

  • RS485

  • TCP/IP

  • WiFi

  • BT

  • BLE 4.2 or 5.0 with Mesh

  • LoRaWAN

  • 6LoWPAN

  • Zigbee

  • Sub-GHz RF

  • Introduction to  Vxworks
  • RAM


  • ROM

  • PROM



  • OPTEE for Trusted Execution Environment (TEE)
  • Arduino Open Source Software.
  • Advantages of Proteus IDE.(No hardware Required).
  • Development Boards.
  • Arduino Uno development Board.
  • Hardware explanation
  • Atmega328P explanation 
  • I/O
  • Registers
  • Timers
  • Counters
  • Interrupts
  • Special function Registers
  • Interfacing LCD (16x2)
    • Display
    • Digital Clock
    • Scrolling Name
      • Right to left and then left to right
      • Up to down and then down to up
  • Example programs to explain: Registers, Timers, Counters, Interrupts, Special function Registers
  • Protocols 
    • I2C
    • SPI
    • UART
    • 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
  • CAN
  • Modbus and SMBUS
  • I2S
  • Zigbee Wi-Fi, Bluetooth, GPS, GPRS, USB, Memory card, Ethernet.
  • Introduction
  • Core features
  • Version history
  • Data flow model, Registers, CPU modes
  • Memory organization, Interrupts, Pipelining
  • ARM assembly language programming
  • Addressing modes, ARM 7 instruction set, (20% 7 instruction set), (20/80%-rule of assembly language),
  • Usage of kEIL IDE
  • Demonstrating ARM ISA
  • Demonstrating THUMB ISA,
  • ARM embedded C languages Implementation,
  • Exposure to an ARM7 CPU
  • Core based microcontroller
  • LPC2114-ARM based Microcontroller from Philips
  • Semiconductors
  • On-chip system peripherals bus Structure (AMBA)
  • Memory map
  • Phase locked loop
  • VPB divider
  • On-chip user peripherals
  • General purpose I/O: demo, Using switch & LED, Vector interrupt controller (VIC), External interrupts demos.
  • Network structure
  • Classifications and Topologies
  • Switching and routing
  • Gateway, Repeater, Hub, Bridge, OSI layers, TCP/IP layers
  • Physical and logical address, ARP & RARP, Internet protocol, Routing protocol and IP datagrams
  • Error and Control Messages (ICMP) UDP
  • Transfer Control Protocol
  • TCP networking Applications, FTP, TFTP, TELNET, DNS, DHCP, SNTP, POP3, IMAP, SNMP.
  • Overview
  • Concurrent processing
  • Programming interface
  • Socket interface
  • Client/server design
  • Concurrent connection-oriented servers
  • Socket calls for TCP and UDP
  • Single process
  • Concurrent servers
  • Implementation of TFTP/SMTP.
  • RT-Linux
  • Different types of operating systems
  • RTOS basics-Linux as real-time
  • RTOS introduction (hard Real-time, soft real time)
  • Latency in Linux
  • Priority inheritance
  • Linux 2.6 features for real-time
  • 2.6 kernel compilation
  • RT LINUX patching
  • Linux RT PREEMPT patches
  • Configuring the kernel with RT-PATCH
  • Implementation of real-time application
  • Linux real-time API
  • Measuring and comparing scheduling latency in standard Linux and in RT-Linux with the latest RT patches
  • Porting RT-Linux on arm and application development.
For Individuals
For Corporates

Firmware Development Upcoming Batches

  • Weekend

    23 Oct - 22 Nov

    7:00 PM IST
  • Weekday

    25 Oct - 24 Nov

    7:00 AM IST
  • Weekend

    30 Oct - 29 Nov

    7:00 PM IST
  • Weekday

    1 Nov - 01 Dec

    7:00 AM IST
  • Weekend

    6 Nov - 06 Dec

    7:00 PM IST
  • Weekday

    8 Nov - 08 Dec

    7:00 AM IST
  • Schedules Doesn't Suit You ?

    Our Team can set up a batch at your convinient time.

    Let us know

    Firmware Development Course Objectives

    The objective of this online Firmware Development training is to help you learn embedded C and microcontroller programming. With a real-time operating system, you get to learn application development. You also learn how to develop a Firmware for a specific application with the help of a device datasheet.

    With the latest developments in embedded technology, the demand for Firmware professionals is increasing constantly. With this demand, there are a variety of job opportunities available out there. Being a certified Firmware development professional, you can earn an average salary of $107,831.

    This Firmware development certification course is for graduates from the field of instrumentation, computer science, electronics and electrical. Along with this, firmware professionals and embedded software professionals can also take part in this course.

    There are no prerequisites to get enrolled in this Firmware development training course and learn the concepts to build a career in this field. 


    In this Firmware development online training, you get to learn a variety of topics, such as: 

    • What is the Difference between a firmware and software?

    • Von Neumann Architecture

    • Boundaries between microcontrollers and microprocessor back then

    • I2C

    • WiFi

    • Introduction to  Vxworks

    • Flash Memory

    • OPTEE for Trusted Execution Environment (TEE)

    • Arduino Open Source Software

    And much more!


    By enrolling in this Firmware Development training, you can become:  

    • Firmware Engineer

    • Firmware Application Designer

    • Firmware Application Engineer

    • Firmware Develope

    Have More Questions

    Contact us

    Firmware Development Course FAQ's

    Have questions? We’ve got the answers. Get the details on how you can grow in this course.

    • Our trainers are well experienced professionals and certified in working with front-end development technologies.
    • We will record all the Live sessions you go through, and we will send the recording of the class you missed.
    • For practical execution, our trainer will provide server access to the student. 
    • All our training classes are live. This is to solve all the student queries directly with the trainer.
    • Live online training means, our trainer will be in online with you to solve your issues.
    • Pre-recorded training means, there will be no trainer available to solve your issues.
    • You can contact our Tekslate support team, or you can send an email to for your queries.
    • To avail all discounts offered by Tekslate, you need to visit the website regularly. However, there will be a group discount for 2 or more participants.
    • Yes, you will get your refund by cancelling some administration fee from the course. But, you should cancel your enrolment within 48 hours of registration, and then the refund will be retained within 30 days of a request.

    Firmware development offers the control as well as monitoring software required for hardware products and systems. It turns out to be essential for every device in today’s environment, be it a smartphone, an edge device, an aerospace sub-system or a defense system.


    Firmware helps decrease the development time by allowing you to use rapid generation of data warehouses, data streams and data marts. It also helps control the cost of data integration by supporting collaboration, common metadata, code reuse and more. Hence, the course is definitely worth learning.

    Firmware development certification is a proof of your skills. In a way, it tells that you got necessary skills to implement Firmware practically. This way, your potential employers can judge your skills and zero down upon whether to hire you or not.

    If you wish to get certified for Firmware development, you would have to first get enrolled in a reliable Firmware development training course. After completing this course, you will have to appear for an examination that should be passed successfully. Once done, you can then get the certificate. For professional assistance, you can also rely upon TekSlate and its team of professionals.

    The cost for Firmware Development certification is $250.

    There are a lot of positive reasons to learn Firmware Development from TekSlate. We offer adequate career, job and certificate assistance. You can get in touch with our professional team 24/7. Along with that, our schedules are adaptable and seamless as well.

    Have More Questions. Reach our Support Team

    Contact us

    Join a Free Firmware Development Demo Session

    See if this course is a fit for you by joining us for an online info session. You’ll meet our team, get an overview of the curriculum and course objectives, and learn about the benefits of being a student at Tekslate

    Attend a Demo Session | Meet the Expert Who Can Kickstart Your Career in Firmware Development

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