About This Course
An Embedded Systems Engineer specializes in creating and implementing software for embedded systems, which are computing systems that are designed to perform dedicated functions or tasks within a larger system. Unlike general-purpose computers, embedded systems are optimized for a specific application and are often part of devices like smartphones, medical machines, automotive systems, household appliances, robots, and more.
Embedded Systems Engineer works at the intersection of hardware and software, ensuring that embedded devices function reliably and efficiently. The nature of embedded systems, which can range from simple household devices to complex spacecraft systems, offers a diverse and challenging career path for engineers in this domain.
This diploma in Embedded Software Engineering is suitable for individuals keen on specializing in the specific domain of embedded systems and wishing to build a career around designing, developing, testing, or maintaining embedded software.
Target Audience
- Recent Graduates in Electronics or Computer Science: Fresh out of undergraduate programs in electronics, computer science, or related fields, and looking to specialize in embedded software.
- Hardware Engineers: Professionals who have primarily worked on the hardware side of electronics but wish to gain a deeper understanding of the software that drives the hardware.
- Software Developers: Professionals with a background in general software development who want to transition into embedded software, which has its unique set of challenges and requires knowledge of both software and hardware.
- IT Professionals: Those keen on diversifying their skillset or looking to move into a more niche field of technology.
- Technicians and Diploma Holders: Individuals with diplomas or certifications in electronics, telecommunications, or related fields and looking to upskill and move into software roles.
- Career Changers: Individuals from other domains or industries who have a foundational understanding of electronics or programming and are looking to switch careers.
- Enthusiasts and Hobbyists: People who have been working on DIY electronics projects, tinkering with platforms like Arduino or Raspberry Pi, and wish to formalize their knowledge and potentially transition into professional roles.
- Students: Those in their final years of undergraduate programs and looking to enhance their employability by gaining specialized skills before entering the job market.
Curriculum
52 Lessons240h
Introduction to Embedded Systems (5 hours)
What are embedded systems?
Applications of embedded systems
Differences between general computing systems and embedded systems
Basics of Electronics (10 hours)
Microcontrollers and Microprocessors (20 hours)
Programming Fundamentals (15 hours)
RTOS (Real-Time Operating Systems) (20 hours)
Embedded C and Advanced Programming (20 hours)
C++ (40 hours)
Device Drivers and Middleware (20 hours)
Embedded Software Design Patterns (10 hours)
Version Control and Software Life Cycle (10 hours)
Protocols and Communication (15 hours)
Testing and Debugging (15 hours)
Safety and Security in Embedded Systems (15 hours)
Advanced Topics (10 hours)
Project Work and Practical Application (20 hours)
Soft Skills and Interview Preparation (5 hours)
₹59,558.00
Login with Google