Certification in Advanced Communication Applications Using ARM Cortex
The certification course in Developing Advanced Communication Applications Using ARM Cortex offers comprehensive insight into the communication protocols integral to modern automotive systems.
Participants will explore essentials protocols like CAN, I2C, SPI, and Bluetooth technologies, understanding how they power real-time communication in today’s vehicles. Learn how data frames are structured, why EEPROM is critical in embedded automotive systems, and how to bring it all together in practical applications. By the end of the course, learners will be well-equipped to design, develop, and optimize robust communication interfaces for real-time automotive applications.
Course Curriculum
Module 1: Explanation of CAN Protocol
-
UART-PRO-I-Transmitting and Receiving using POLLING method: Intoduction to UART
10:22 -
UART-PRO-I: TX/RX Using Polling (Project 1_UART_Part 1)
24:08 -
UART-PRO-I: TX/RX Using Polling: PROJECT DEMO
08:12 -
UART-PRO-II: TX String/Int via Callback: PROJECT2_Part1(a)
14:25 -
UART-PRO-II: TX String/Int via Callback: PROJECT2_part1(b)
14:07 -
UART-PRO-II: TX String/Int via Callback: PROJRECT2_part2
06:22 -
UART-PRO-III: Interrupt LED Dock: PROJECT3_part1(a)
13:43 -
UART-PRO-III: Interrupt LED Dock: PROJECT3_part1(b)
16:04 -
UART-PRO-III: Interrupt LED Dock: PROJECT3_part2
07:59 -
UART-PRO-III: Interrupt LED Dock: PROJECT3_Demo
05:05 -
UART-PRO-IV: UART Using DMA: PROJECT4_part1(a)
12:40 -
UART-PRO-IV: UART Using DMA: PROJECT4_part1(b)
13:45 -
UART-PRO-IV: UART Using DMA: PROJECT4_part2(1)
10:13 -
UART-PRO-IV: UART Using DMA: PROJECT4_part2(b)
15:12 -
UART-PRO-IV: UART Using DMA: PROJECT4_part2(c)
15:40 -
UART-PRO-IV: UART Using DMA: PROJECT4_part3
07:28 -
UART-PRO-IV: UART Using DMA: PROJECT4_Demo
02:56 -
UART-PRO-V: UART DMA RX: PROJECT5_part1
10:58 -
UART-PRO-V: UART DMA RX: PROJECT5_part2(a)
10:28 -
UART-PRO-V: UART DMA RX: PROJECT5_part2(b)
10:57 -
UART-PRO-V: UART DMA RX: PROJECT5_Demo
06:02
Module 2: Significance of CAN in Automotive Applications
Module 3: Types of CAN — Extended and Standard
Module 4: Explanation of Data Frames in CAN — Extended and Standard
Module 5: Explanation of I2C Protocol and Its Significance in Automotive
Module 6: Data Frame Explanation of I2C
Module 7: Explanation of SPI Protocol and Its Significance in Automotive
Module 8: Data Frame Explanation of SPI
Module 9: Explanation of EEPROM
Module 10: Use of EEPROM in Automotive Applications
Module 11: Use of Bluetooth in Automotive Applications
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Student Ratings & Reviews
Hardware & Software Required
Software: ARM-compatible IDE (e.g., Keil, IAR, STM32CubeIDE) with protocol libraries and debugging tools, Proteus.
DIY Projects Included
Course Benefits
Benefits for Professionals:
- Gain practical expertise in embedded communication using ARM Cortex and key automotive protocols like CAN, I²C, and SPI.
- Stay aligned with industry standards by learning to develop real-time communication systems.
- Enhance your capability to contribute to embedded, automotive, or IoT development teams.
- Advance your career with hands-on experience in protocol implementation and debugging on ARM platforms.
Benefits for Freshers:
- Build advanced knowledge of embedded systems and communication protocols using ARM Cortex.
- Gain exposure to real-world tools and standards used in the automotive and embedded domains.
- Develop skills in protocol-based communication that are highly valued across the tech industry.
- Improve your job prospects with practical, industry-relevant experience in ARM-based development.
Technical expertise you will gain
- Develop proficiency in configuring and implementing CAN protocol (Standard and Extended) within automotive systems.
- Build the ability to analyze and construct data frames for CAN, I2C, and SPI communication protocols.
- Gain hands-on skills in integrating I2C and SPI protocols for seamless sensor and peripheral communication.
- Acquire practical experience in developing communication interfaces using ARM Cortex microcontrollers.
- Understand and apply EEPROM usage for persistent data storage in embedded automotive applications.
- Learn to implement Bluetooth-based wireless communication tailored for automotive environments.
- Strengthen your capability to design and debug real-time embedded communication systems.
- Automotive Embedded Engineering
- Firmware Development
- Hardware Interface Engineering
- IoT Embedded Systems Engineering
- System Validation and Testing
- Automotive Electronics R&D
- Communication Protocol Engineering
- Automotive Network Engineering
-
Wireless Communication Engineering
- Embedded Systems Engineer
- Automotive Embedded Engineer
- Firmware Developer
- Hardware Interface Engineer
- IoT Systems Developer
- System Validation/Test Engineer
- R&D Engineer – Automotive Electronics
- Communication Protocol Engineer
- Understanding Automotive Communication Protocols
- Protocol-Level Data Frame Analysis
- Embedded Systems Development with ARM Cortex
- EEPROM Utilization in Automotive Applications
- Bluetooth Communication in Automotive Contexts
- Robert Bosch Engineering and Business Solutions (RBEI)
- KPIT Technologies
- L&T Technology Services (LTTS)
- Wipro
- HCL Technologies
- Infosys
- Tata Elxsi
- Qualcomm India
- Onward Technologies
Who can take this course?
- Engineering students and freshers in embedded systems & automotive electronics.
- Early-career developers in ARM Cortex and automotive communication protocols.
- Professionals aiming to upgrade skills in real-time embedded communication and firmware development.
- Hobbyists interested in automotive embedded systems and communication technologies.
Personalized Trainer Support Portal:
- 24/7 Access to a personalized trainer support portal.
- One-on-One Mentorship for queries and project guidance.
- Access to diverse resources, including recorded lectures, reading materials, and practical guides.
- Dedicated forums for content discussion, insights, and project collaboration.
- Regular Feedback from trainers for comprehensive understanding and improvement.
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What Our Alumni Say
Real feedback from verified learners who completed the programme and moved into EV careers.
"The hands-on workshops and live projects gave me real EV skills. I got placed at Tata Motors within 2 months of certification. The BMS module is especially strong."
"Switched from a mechanical design role to EV powertrain after the course. The curriculum is industry-aligned and mentors are from top EV companies. Totally worth it."
"Best EV training in India, hands down. The placement support through emobility.careers was what actually made the difference. Interviewed at 6 companies, got 3 offers."
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