Master CAN FD, AUTOSAR protocols, and ECU diagnostics using real-world packet captures and Wireshark analysis techniques
β±οΈ Length: 1.6 total hours
π₯ 4 students
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- Course Overview
- Embark on an intensive journey into the core of modern automotive communication networks.
- This focused program dives deep into the intricacies of CAN FD, the evolutionary successor to classical CAN, offering significantly enhanced bandwidth and data payload capacity.
- Gain practical proficiency in understanding and manipulating the complex architectures of AUTOSAR (Automotive Open System Architecture), the industry standard for automotive software development.
- Demystify the process of diagnosing Electronic Control Units (ECUs) through hands-on experience with authentic vehicle network traffic.
- Leverage the power of Wireshark, a leading network protocol analyzer, to dissect and interpret real-world CAN FD and AUTOSAR packets.
- This course is meticulously designed for a small cohort of 4 students, ensuring personalized attention and ample opportunity for interactive learning and Q&A.
- With a total duration of 1.6 hours, this is a highly efficient and concentrated learning experience, packed with essential knowledge and practical skills.
- Requirements / Prerequisites
- A fundamental understanding of basic automotive electronics and embedded systems is beneficial, though not strictly mandatory.
- Familiarity with general networking concepts, such as packets, protocols, and data transmission, will enhance the learning experience.
- Possession of a laptop or workstation capable of running Wireshark and handling data analysis is required.
- Access to sample CAN FD and AUTOSAR packet captures is assumed, provided within the course materials or readily available.
- A willingness to engage with technical details and a curiosity for automotive communication systems are key.
- Skills Covered / Tools Used
- CAN FD Protocol Analysis: Deep understanding of CAN FD frame structures, bit timing, and arbitration with higher data rates and larger payloads.
- AUTOSAR Communication Stack: Comprehension of AUTOSAR’s modular design, including Communication Services Layer (Com), PDU Router (PduR), and CAN Interface (CanIf).
- ECU Diagnostics: Proficiency in identifying and diagnosing issues within ECUs by analyzing network traffic patterns and error frames.
- Wireshark Mastery: Advanced usage of Wireshark for filtering, dissecting, and interpreting CAN FD and AUTOSAR specific protocols.
- Packet Capture Interpretation: Ability to read and understand raw network data captured from automotive buses.
- Troubleshooting Techniques: Development of systematic approaches to pinpoint communication failures in complex automotive networks.
- Data Interpretation: Translating raw packet data into meaningful insights about system behavior and potential malfunctions.
- Benefits / Outcomes
- Become a competent analyst of modern automotive network communication, specifically CAN FD and AUTOSAR.
- Gain the ability to effectively troubleshoot and diagnose issues in complex automotive ECUs by interpreting real-world network data.
- Enhance your professional toolkit with the practical application of Wireshark for automotive network analysis.
- Acquire a foundational understanding of the ubiquitous AUTOSAR standard, crucial for working with modern vehicle software architectures.
- Develop a keener insight into the underlying communication mechanisms that power contemporary vehicles.
- Be better equipped to contribute to the development, testing, and maintenance of automotive electronic systems.
- The concentrated format allows for rapid skill acquisition, making it ideal for professionals seeking targeted knowledge enhancement.
- PROS
- Highly Practical Focus: Emphasizes real-world packet captures and hands-on Wireshark analysis, bridging theory and practice effectively.
- Small Class Size: Facilitates personalized learning, direct instructor interaction, and ample opportunity for individual questions and problem-solving.
- Concise & Efficient: The short duration ensures a high density of valuable information, ideal for busy professionals.
- Relevant Technologies: Covers cutting-edge automotive communication protocols (CAN FD, AUTOSAR) essential for current industry demands.
- Valuable Tool Proficiency: Develops expertise in a widely used and powerful network analysis tool (Wireshark).
- CONS
- Limited Depth on Theory: Due to its brevity, the course may not delve extensively into the theoretical underpinnings of CAN FD or AUTOSAR, focusing more on practical application.
Learning Tracks: English,IT & Software,Network & Security
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