CAN & CAN-FD Fundamentals
Frame formats, arbitration, bit-timing, error handling, and DBC authoring with CANalyzer / CANoe.
Two structured tracks for automotive engineers — master the Automation Domain (CAN, UDS, DoIP, CAPL, HIL) and apply modern AI Tools (LLMs, RAG, Agents) to accelerate validation and the ASPICE V-cycle.
Core automotive automation skills — protocols, tooling, and bench validation.
Frame formats, arbitration, bit-timing, error handling, and DBC authoring with CANalyzer / CANoe.
Service IDs, sub-functions, sessions, security access, routine control, and diagnostic sequences.
ISO 13400 stack, vehicle identification, TCP/UDP transport, and gateway routing for service-oriented diagnostics.
Mode/PID structure, freeze-frame data, KWP2000 service set, and legacy ECU compatibility testing.
Event handlers, message manipulation, simulation nodes, test modules, and XML test reports.
Build automation harnesses with python-can, isotp, and udsoncan for CI-driven ECU validation.
dSPACE, NI VeriStand, and Vector VT System workflows — model-in-loop to hardware-in-loop validation.
BSW configuration, RTE generation, ARXML, and Adaptive AUTOSAR services for SDV architectures.
ASPICE V-cycle process areas (SYS.1–SWE.6), ISO 26262 ASIL decomposition, and traceability practices.
Apply LLMs, RAG, and agentic AI to real automotive engineering workflows.
Prompt design, context windows, function calling, and choosing models (GPT-5, Gemini 2.5, Claude) for automotive use cases.
Embed and retrieve from DOORS / Polarion / PDF specs using pgvector, LangChain, and reranking pipelines.
Build multi-step agents with LangGraph & MCP — wire LLMs to CAN tools, diagnostic stacks, and ALM systems.
Automate INCOSE quality scoring, ambiguity detection, and requirement-to-test traceability with LLMs.
Generate functional, boundary, and negative cases from specs using prompt chains, EP/BVA, and pairwise tools.
Migrate legacy CAPL / TestStand scripts to Python or Robot Framework using LLM-assisted refactoring.
Synthesize edge-case driving scenarios with CARLA + diffusion models for ADAS validation coverage.
Build production AI features without managing API keys — streaming, structured output, and model routing.
Cluster duplicate defects, predict severity, and generate root-cause hypotheses from logs and CAN traces.