75 Hrs
2579+ Enrollments
Firmware Development Training
This course is aimed at anyone interested in learning firmware development, including embedded systems engineers, software developers, and electronics enthusiasts. You will gain hands-on experience working with popular firmware development tools and platforms such as Arduino, Raspberry Pi, and STM32.
75 Hrs
2579+ Enrollments
Firmware Development Training
Firmware Development
Overview of Course
Our Firmware Development Training course is designed to help you become proficient in firmware development and build a strong foundation in the field. This course covers everything from the basics of embedded systems to advanced topics like firmware architecture and testing.
Course Highlights
Introduction to firmware development and embedded systems
Understanding firmware architecture and design
Hands-on experience with popular firmware development tools
Key Differentiators
Personalized Learning with Custom Curriculum
Training curriculum to meet the unique needs of each individual
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Trusted by over 100+ Fortune 500 Companies
We help organizations deliver right outcomes by training talent
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Flexible Schedule & Delivery
Choose between virtual/offline with Weekend options
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World Class Learning Infrastructure
Our learning platform provides leading virtual training labs & instances
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Enterprise Grade Data Protection
Security & privacy are an integral part of our training ethos
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Real-world Projects
We work with experts to curate real business scenarios as training projects
Skills You’ll Learn
#1
Firmware development fundamentals
#2
Embedded systems design and development
#3
Understanding firmware architecture
#4
Debugging and testing techniques for firmware
#5
Practical skills using popular firmware development tools and platforms
Training Options
1-on-1 Training
On Request
Access to live online classes- Flexible schedule including weekends
- Hands-on exercises with virtual labs
- Session recordings and learning courseware included
- 24X7 learner support and assistance
- Book a free demo before you commit!
Corporate Training
On Request
- Everything in 1-on-1 Training plus
- Custom Curriculum
- Extended access to virtual labs
- Detailed reporting of every candidate
- Projects and assessments
- Consulting Support
- Training aligned to business outcomes
For Corporates
Unlock Organizational Success through Effective Corporate Training: Enhance Employee Skills and Adaptability- Choose customized training to address specific business challenges and goals, which leads to better outcomes and success.
- Keep employees up-to-date with changing industry trends and advancements.
- Adapt to new technologies & processes and increase efficiency and profitability.
- Improve employee morale, job satisfaction, and retention rates.
- Reduce employee turnovers and associated costs, such as recruitment and onboarding expenses.
- Obtain long-term organizational growth and success.
Course Reviews
Curriculum
- Definition of firmware
- Role of firmware in electronic devices
- Types of firmware
- Overview of computer architectures
- Introduction to embedded system architectures
- Types of embedded system architectures
- Introduction to RISC and CISC architectures
- Comparison between RISC and CISC architectures
- Advantages and disadvantages of RISC and CISC architectures
- Microprocessors and microcontrollers back then and now
- History of microprocessors and microcontrollers
- Evolution of microprocessors and microcontrollers
- Current trends in microprocessor and microcontroller development
- Introduction to wired communication protocols
- Types of wired communication protocols
- Communication protocol standards
- Overview of wireless communication protocols
- Types of wireless communication protocols
- Introduction to wireless communication standards like IEEE 802.11a/b/g/n/ac/ax
- Knowledge of wireless industry standards with preference to including IEEE 802.11a/b/g/n/ac/ax
- Detailed understanding of wireless communication standards
- Industry applications of wireless communication protocols
- Introduction to JTAG and USB ASP
- JTAG and USB ASP protocols
- Debugging with JTAG and USB ASP
- Introduction to DSPs and DSP assembly programming
- DSP architectures
- DSP programming techniques
- Overview of Real-Time Operating Systems (RTOS)
- Introduction to FreeRTOS
- Features and benefits of FreeRTOS
- Introduction to Programmable Logic Devices (PLDs)
- Overview of Programmable Logic Arrays (PLAs), Programmable Array Logic (PAL), and Field Programmable Gate
- Arrays (FPGAs)
- Applications of PLDs
- Overview of memory types
- Types of volatile and non-volatile memories
- Memory organization and management
- Overview of cache memory
- Types of cache memory
- Cache memory organization and management
- Introduction to pipelining
- Types of pipelining
- Pipeline hazards and their mitigation
- Overview of ARM TrustZone
- Introduction to Secure Operating Systems
- Benefits of ARM TrustZone and Secure OS
- Comprehension and analysis of firmware code
- Debugging techniques
- Optimization techniques
- Introduction to Arduino and AVR microcontrollers
- Programming techniques for Arduino and AVR microcontrollers
- Arduino and AVR hardware and software architectures
- Overview of Git and Subversion
- Benefits of version control systems
- Version control system best practices
- Overview of AVR Studio
- Features and benefits of AVR Studio
- Programming techniques in AVR Studio
- Introduction to firmware development and testing tools
- Overview of firmware development and testing tools
- Types of firmware development and testing tools
- Benefits of firmware development and testing tools
- Introduction to PIC microcontrollers
- PIC hardware and software architectures
- Programming techniques for PIC microcontrollers
- Introduction to ARM microprocessors
- ARM hardware and software architectures
- Programming techniques for ARM microprocessors
Contact Learning Advisor
Meet the instructor and learn about the course content and teaching style.- Make informed decisions about whether to enroll in the course or not.
- Get a perspective with a glimpse of what the learning process entails.
Description
Target Audience:
- Embedded systems engineers
- Software developers interested in firmware development
- Electronics enthusiasts looking to learn firmware development
Prerequisite:
- Basic understanding of programming concepts
- Familiarity with electronics and hardware
Benefits of the course:
- Gain practical experience in firmware development
- Build a strong foundation in embedded systems and firmware architecture
- Learn using popular firmware development tools and platforms
- Enhance your career prospects in the field of firmware development
Exam details to pass the course:
- The course is self-paced and does not have any exams
Certification path:
- No certifications are required to take this course
Career options after doing the course:
- Firmware Developer
- Embedded Systems Engineer
- IoT Developer
- Robotics Engineer
Why should you take this course from Skillzcafe:
Why should you take this course from Skillzcafe:
Comprehensive curriculum designed by industry experts- Hands-on experience with popular firmware development tools and platforms
- Real-world projects and case studies to apply your skills
- Dedicated support from industry professionals
FAQs
Basic understanding of programming concepts and familiarity with electronics and hardware is recommended.
The course can be completed in 10 days.
No, you can complete the course using a computer with an internet connection.
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