Introduction to Automotive Embedded Systems and AUTOSAR

Learn Introduction to Automotive Embedded Systems and AUTOSAR from top professionals

When the hardware gets modified, there is a threat of revamping it with identical functionality. To prevent this, AUTOSAR embedded-based software development architecture is used where the software remains generic and is used in many OEMs. Given this ability of AUTOSAR software, companies nowadays are embracing it wholeheartedly, making it a lucrative career option.

Introduction to Automotive Embedded Systems and AUTOSAR Certification is an online three-month learning course that includes every aspect of the electrical intricacies of automotive systems and additional automotive fields, including Body Control Module, Powertrain Control, and ADAS.

Apart from this, by enrolling in this course, you can also learn more about tools like Simulink and MATLAB for effective automotive software development. Irrespective of whether you are experienced or fresher, you can upskill your career with this course. 

Who Should Take This Course?

Any learner with an electronics, electrical, and embedded systems background can opt for this embedded automotive software development course. Any professional engineer or engineering student working in automotive OEMs who wants to change their industrial domain to automotive embedded systems can readily opt for this online certification course. 

If you want to understand how to control processes that get evolved and execute independently of the target hardware, this course is perfect for you.

What Will You Learn?

This short-term automobile engineering course will help you learn various fundamental skills and the basics of automotive embedded software. By enrolling in this online certification course, you will gain hands-on experience in creating a Model-Based Design in MATLAB (MATrix LABoratory).

This course will help you understand the following concepts: 

• The fundamental overview of different domains in Automotive Systems
• Software development demands in the automotive industry
• Configuration Settings Parameter
• Data Dictionary Creation
• MATLAB automotive advisory board process overview
• Simulation and code generation
• AUTOSAR Software Components and Application Layer
• Modelling AUTOSAR SWCs in MATLAB
• Software in Loop Testing and Validation

Skills You Will Gain

After completing this online automotive embedded course, you can gain proficiency in the following skills:  

• Fundamental understanding of the diverse operational fields existing in an automotive system.
• A better understanding of the MATLAB Simulink tool and how you can employ it to create automotive software.
• In-depth knowledge regarding automotive operational safety standards.

Key Highlights of the Program

• After completing this online course, learners receive a merit certificate that they can use to get lucrative job prospects. 
• The duration of this online automotive embedded system course is three months. 
• Students can learn from expert mentors via one-to-one or group sessions.
• Learners receive personalized mentor attention for honing their practical skills.

Why Should You Pursue the Software Engineering Course?

• Skill-Lync's automotive embedded systems course is focused on imparting the key technical skills that are required by the industry. We constantly revise our embedded C programming course to make it aligned with the new trends and techniques that are being discovered.
• We are the pioneer in providing advanced embedded systems online courses in India for engineers like you and are on a mission to level up the engineering workforce. This embedded systems course delves deep into the essential technicalities and teaches the most in-demand software tools as per industry standards.
• Combined with our unique pedagogy, this embedded course can help you either kick-start or advance your career if you are a professional.

Career Opportunities after Taking the Course

After pursuing this automotive embedded course, you can build a career in the following fields: 

• Automotive Engineers: Automotive engineers create the mechanisms and systems of automobiles. These experts guarantee that automotive designs and systems coordinate with budgeted rates and price specifications. Also, similar to other types of engineers, automotive engineers diagnose potential issues in design and work to fix those issues. 
• Design Engineers: Design engineers remain accountable for the analysis and creation of a firm’s new products and techniques. These design engineers perform different jobs in an engineering department, including building test prototypes, preparing blueprints, and managing manufacturing functions. 

FAQs on Introduction to Automotive Embedded Systems and AUTOSAR

Q. What is the duration of this online automotive embedded course?

The duration of this automotive embedded systems course is three months.

Q. What will learners gain from this online certification course?

By enrolling in this online certification course, you will gain hands-on expertise in Model-Based Design in a MATLAB environment. 

Q. Who can apply for this embedded training program?

Any student and graduate of mechanical or automotive engineering can apply for this AUTOSAR course.

Q. Can learners access the recorded lectures?

Yes, learners have access to the recorded lectures on the Skill-Lync platform. 

Q. What is included in these embedded automotive software development courses?

The embedded c programming course syllabus includes AUTOSAR Model Development and Validation, Embedded Software Development in MATLAB Platform, AUTOSAR Architecture, and many more.

Q. Can I get a one-on-one doubt-clearing session?

Yes, through this embedded systems course learners have the option to get a one-on-one doubt-clearing session from expert mentors who can help students sharpen their skills to earn better job opportunities.

Q. What is AUTOSAR?

Automotive Open System ARchitecture is a result of automotive giants and is considered the standard automotive architecture.

Q. What is AUTOSAR used for?

It is used to standardize the hardware and software platforms used for automotive ECUs.