Advanced Diploma in Embedded systems

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About Course

• Embedded C and Data Structures.
• C++/Python Programming with OOPS (optional).
• Networking concepts and protocols (RS-232, RS422, RS-485, CAN, CANopen,
SPI, I2C, ARINC-429, MIL-STD-1553, NFC, Zigbee).
• Micro Controllers and Micro Processors.
• LINUX Device Drivers.
• RTOS (VxWorks, Chibi OS, Free RTOS).
• DO-178 Concepts for Aerospace.
• Autosar, CAN Analyzer, CAN OE, J1939, and UDS for Automotive.
• Live Projects.

What Will You Learn?

  • Embedded C programming
  • Data Structures
  • C++
  • Object-Oriented Programming (Optional)
  • Networking concepts and protocols
  • Micro Controllers and Micro Processors
  • LINUX Device Drivers
  • RTOS (VxWorks, Chibi OS, FreeRTOS)
  • DO-178 Concepts for Aerospace
  • Autosar
  • CAN Analyzer
  • CAN OE
  • J1939
  • UDS

Course Content

Embedded C and Data Structures
Embedded C and Data Structures: Master the fundamentals of Embedded C programming along with essential data structures for efficient embedded systems development.

C++/Python Programming with OOPS (Optional)
Optional module offering in-depth understanding of object-oriented programming concepts in C++ or Python.

Networking Concepts and Protocols
Explore various communication protocols including RS-232, RS422, CAN, SPI, and Zigbee, crucial for seamless data exchange in embedded systems.

Micro Controllers and Micro Processors
Dive into the intricacies of microcontroller and microprocessor architectures, essential for hardware-software integration in embedded systems.

LINUX Device Drivers
Learn to develop device drivers on LINUX platforms, enabling smooth interaction between hardware components and the operating system.

RTOS
Explore Real-Time Operating Systems like VxWorks, Chibi OS, and FreeRTOS for efficient task management in time-sensitive embedded applications.

DO-178 Concepts for Aerospace
Understand the compliance standards and concepts essential for developing safe and reliable aerospace systems.

Autosar, CAN Analyzer, CAN OE, J1939 and UDS for Automotive
Gain expertise in automotive protocols and standards like Autosar, CAN, J1939, and UDS, crucial for automotive embedded systems development.

Live Projects
Engage in hands-on projects to apply theoretical knowledge into practical scenarios, preparing for real-world challenges in embedded systems development.

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