Training + Projects + Internship + Certification + Placement + E-Learning + Bootcamps + Hackathons + Gold Membership
You can access the exclusive learning management system (LMS) on the go. Use the Moodle app and get Embedded System Course at ease.
The Comprehensive Syllabus for the Embedded System Course will enhance your knowledge from basics to an advanced level in processor programming.
Focus on Learning While Doing + Learn core fundamentals of the Embedded System like using processor programming language, Compiler toolchains, and DSPs.
Live Projects + Weekly Job Support + Recorded Videos + Monthly Bootcamps + Interview Skills + Career Guidance & Support.
If you are not satisfied with our Embedded System Course post completion of the first session, we will refund you the entire amount.
Maximum salary hike
150%Average salary hike
80%Hiring partners
2100+The Embedded System Course by Henry Harvin® will make you a proficient and talented Embedded processor programming Professional. In this program, students will learn about Embedded microcontrollers and the development of applications using Embedded operating systems. You will gain impeccable knowledge about the uses of Embedded systems and the design of Industrial products with them. The Embedded System Course will give industry-relevant knowledge about the programming and architecture of the microcontrollers and processors. This Embedded Systems course is the first step in the journey of embedded processor design educational courses. Once you have completed the Embedded System course, the endless job opportunities will make your career flourish and grow multiple folds in the hardware industry.
Become a part of the Electronics Academy of Henry Harvin® and join the 3,00,000+ large Alumni Network Worldwide.
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In this module, students will have an introduction to the Embedded System and other fundamentals. They will learn the history and needs of Embedded systems, basic components of Embedded systems, etc.
This module will cover the Classification of microcontrollers and microprocessors. The students will learn the central difference between microprocessor and microcontroller, classifications based on architecture, types of microcontroller, etc
In this learning module on the introduction to 8051 microcontrollers, a student will learn about the Block diagram description of AT89C51, introduction to ATMEL 8051 family, etc.
In this module, the students will increase their knowledge of Registers & Memory of AT89C51 with the description of RAM and CPU registers, etc.
This module has detailed chapters on the Assembly language programming of AT89C51. The other learning submodules are the addressing modes of AT89C51, Directives of Assembly language, Data transfer instruction, Jump Instruction, etc.
In this module, the students will gain knowledge and an understanding of the interfacing of LED in the Embedded systems. The other learning submodules are the introduction of LEDs, etc.
In this module, a student will have to interface with seven segment display system. They will also read about types of 7 segment displays, interfacing circuit descriptions of 7 segment displays, etc.
This module will have chapters and sessions on the interfacing of LCD. The other submodules of this module will be Introduction to 16x2 LCD, Commands of 16x2 LCD, etc.
In this module, the student will enhance their knowledge of interfacing of switches & Keyboard matrix and their uses. It is a vital component of Embedded Systems and programming.
In this module, the students will learn about the Interfacing of Motors. Students will learn about the introduction of motors, Types of motors used in the Embedded systems, etc.
In this module, the students will learn timers & counter-programming in the Embedded system.
In this module, a student will gain knowledge about Serial Communication programming. The other submodules that students will have hands-on are an introduction to serial communication, types of Serial communication, etc.
In this module, the students will learn about the functionality of interrupt-driven programming and its various sub-components. The other learning modules are an introduction to interrupts, types of interrupts, etc
In this learning module on the Embedded systems, the students will gain practical knowledge of interfacing of ADC. the other learning submodules are interfacing circuits of ADC, introduction to ADC, etc.
The module on the interfacing of external memory in the Embedded system is crucial to understanding the functionality of EM systems. The students will learn about 12C Protocol, Using the 12C library, and External Memory.
In this module, the students will learn about the importance of the language C in the Embedded Systems. Along with the main learning objectives, the other learning submodules are an introduction to Embedded C, Data type of embedded systems, etc.
Interworking of Assembly & Embedded C is one of the essential components in the Embedded Systems. The learning submodules are Inline functions, etc.
In this module, the students will learn about various fundamentals of Programming & Interfacing using the Embedded C. The other submodules and learning objectives will be the Programming of timer & counter, Programming of serial Port, etc
Resume Building Techniques.
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Post-successful completion of the course, earn Henry Harvin® Certification of the Embedded System Course. You can post it on social media, get it framed, and increase your value in the industry.
The practical knowledge and actionable skillset you've gained working on projects, simulations, and case studies will set you ahead of the competition.
Talk about it on LinkedIn, WhatsApp, Instagram, Facebook, Twitter, boost your resume, or frame it - tell your friends and colleagues about it.
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You can consult with our counselors to check your eligibility and the suitable batch, and then Register for the Embedded System courses.
Attend hours of sessions and gain credits to get course completion certification from Henry Harvin® Electronics Academy.
Gather experience with real-world assignments and practical projects to upgrade your existing skills. Deliver these mini-projects to be eligible for Henry Harvin® Embedded System Course.
Post-successful completion of the course, earn Henry Harvin® Embedded System Certification. You can post it on social media, get it framed, and increase your value in the industry.
Know more about how Henry Harvin alumni is making use of this Embedded System Course certification
The Embedded System Course is a unique and innovative learning module that will empower students to become adept at Embedded microprocessor design and architecture in some given period. Simultaneously, students will learn microprocessor programming language to program and use Embedded AVR boards.
The Embedded System expert technician can avail millions of jobs from thousands of international and domestic Electrical and Electronics organizations. The Embedded System Course will make you a proficient and most likely hirable candidate for these companies. These candidates can even start their own small-scale companies.
A candidate with a basic knowledge of Electronics and the zeal to learn embedded system programming is enough to enroll and pursue the Embedded System course. Candidates with an engineering background are also suitable for this Embedded System course.
Our teaching assistants are a dedicated team of subject matter experts to help you get certified on your first attempt. They proactively engage with you to ensure adherence to the course path and enrich your learning experience.
All of our highly-qualified Technical Programming and Designing trainers are Certified Professional Trainers with more than 12 years of experience in training and working professionally in the field. Each has to appear through a rigorous selection process that includes profile screening, technical evaluation, and live training demonstration before they are certified to train for us. We also ensure that only those trainers who maintain a high alumni rating continue to train for us.
A student undergoes multiple projects, including the Embedded Microprocessors and programming language with techniques for building digital devices. They will learn architectural design and assembly of other components in the Embedded Systems.