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Our Programs

Our Course Offerings

Industry-aligned training in Automotive Embedded Systems & AI-Enabled Validation — designed to prepare you for real-world ECU testing roles.

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6 Modules · AI Track

Artificial Intelligence for Automotive Testing

Learn how AI and Generative AI are transforming automotive V&V — from AI-assisted test generation to intelligent log analysis and autonomous agents for test execution.

1

Introduction to AI & GenAI for Automotive

  • AI, ML, Deep Learning & GenAI overview
  • Rule-based testing vs AI-driven testing
  • Why AI is needed in modern Automotive V&V
  • Role of AI in ADAS, BCM, Powertrain
  • Understanding LLMs & RAG for engineering data
  • Safety considerations & human-in-the-loop validation
2

Generating Test Automation using AI

  • Traditional vs AI-assisted automation
  • Test case generation using RAG + LLM
  • Requirements (DOORS, PDFs), CAN DBC files
  • Diagnostic specs (UDS, ODX)
  • Auto-creation of test steps from requirements
  • Mapping to vTestStudio, CAPL, Python frameworks
  • Validation workflow for AI-generated test cases
3

Knowledge Base Chatbot using GenAI

  • Domain-specific engineering chatbot concepts
  • ECU Specifications Chatbot
  • CAN Matrix, Diagnostic Specs, Release Notes
  • BCM wake-up, DTC, signal queries
  • CAN / UDS / ADAS Document Q&A
  • Faster onboarding for new engineers
  • Offline chatbot deployment for OEM/Tier-1
4

Machine Learning for Automotive Testing

  • Regression techniques in testing
  • Signal behavior prediction, threshold estimation
  • Sensor drift detection
  • Classification techniques
  • Pass/Fail prediction, fault detection
  • DTC classification
  • Model validation and accuracy considerations
5

Agentic AI for Automotive Testing

  • Intro to Agentic AI & multi-agent systems
  • AI Agents for Test Execution
  • Auto-triggering, monitoring & retrying test cases
  • AI Agents for Log Analysis
  • Parsing CAN logs, UDS traces, root cause identification
  • AI Agents for Report Generation
  • Integration with JIRA and test management tools
6

Future of AI in Automotive Validation

  • AI-driven continuous testing in SDVs
  • AI in OTA validation & regression testing
  • Role of AI in Autonomous Driving safety
  • Shift-left testing enabled by AI
  • AI-based requirement completeness detection
  • ISO 26262 & SOTIF co-existence with AI
  • Career roadmap for Automotive Test Engineers in AI
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20 Modules · Flagship Track

Automotive Embedded & Validation Fundamentals

Hands-on training covering the full ECU testing lifecycle — from CAN protocols and CAPL scripting to ADAS, HIL testing, Functional Safety, and more.

1

Introduction to Automotive Embedded Systems

  • Domain overview of Automotive/Embedded Systems
  • Different ECU types: ADAS (ARS, MFC, SRR)
  • Body Control Module (BCM)
  • Powertrain, Chassis, Anti-lock Braking System
  • Gateway & Transmission Control Unit (TCU)
2

Overview of CAN Protocol

  • CAN Frame Formats & message transmission
  • Bus access method and arbitration
  • Frame Types: Data, Remote, Error, Overload
  • CRC, Acknowledgement, Bit Stuffing
  • Error detection mechanisms & error tracking
  • Baud rate vs bus length, synchronization
3

Vector CANoe / CANdela / Cdd / CANDiVa

  • CANoe characteristics & application areas
  • Hardware configuration (CANCase XL)
  • Creating configurations, dataflow, measurement setup
  • Filter/trigger blocks, Interactive Generator, Replay
  • Signal Server Concept & Interaction Layer
  • CDD creation using CANdela
  • UDS services execution using CANDiVa
4

UDS / CANTP (ISO-TP)

  • UDS services — ISO 14229
  • Diagnostic Sessions & Security Access
  • P-Codes, Fault Codes, Routines & IO Controls
  • Software flashing via UDS
  • Transport Layer: Single, First, Flow Control, Consecutive Frames
  • Block Size & STmin Timing Parameters
5

CAPL Scripting

  • CAPL introduction, syntax & semantics
  • Data types, operators, loops, CAPL functions
  • Network nodes, program nodes & test modules
  • CAN messages, keyboard/system/timer events
  • Node emulation, testing & gateway scripting
  • CAPL for Diagnostics with real-time examples
  • Test Module, Test Group, Test Case, Test Step
6

V-Cycle, V&V Concepts & Testing

  • Automotive V-Cycle explained
  • Verification vs Validation concepts
  • System, Integration & Unit testing
  • Test design techniques & implementation
  • Shift-left validation strategies
7

DOORS — Requirements Management

  • Overview of IBM DOORS
  • Single view of requirements creation
  • Traceability linkages between requirements
  • Impact analysis of requirement changes
  • Review workflows & project metrics
  • Test case design & traceability in DOORS
8

vTestStudio

  • Universal traceability of external test specs
  • High test coverage without complex scripts
  • Designing test cases & execution flows
  • Linking with DOORS requirements
9

JIRA / PTC Integrity

  • Issue types: Epic, Story, Bug, Test, Task
  • Project, Board & Workflow concepts
  • Defect lifecycle management
  • Test management integration
10

Flashing Tools

  • Introduction to ECU flashing concepts
  • Bootloader & Application SW flashing
  • Flashing via UDS (ISO 14229)
  • Common flashing tools used in the industry
  • Flash sequence validation & error handling
11

Communication / CAN HW / Diagnostics / Fault Management / Boot Loader

  • CAN DB testing: DLC, Cycle time, Checksum, Alive counter
  • Full UDS services testing
  • DTC testing: Low/High voltage, CRC, Bus off
  • Snapshot & extended data verification
  • Bootloader & Application SW flashing validation
12

Test Design Techniques & Implementation

  • Equivalence partitioning & boundary value analysis
  • Decision table & state transition testing
  • Writing effective test cases & expected results
  • Traceability from requirements to test cases
  • Review & sign-off of test documentation
13

Training on ADAS Projects

  • ADAS levels overview (L1–L5)
  • ARS, MFC & SRR ECU testing
  • ADAS feature functional validation
  • Real-time ADAS project-based training
14

Training on BCM Projects

  • BCM architecture & CAN communication
  • Feature testing: lighting, wipers, windows
  • Diagnostic & fault management testing
  • Real-time BCM project-based exercises
15

Execution Activities

  • Basic open loop test environment setup
  • Test execution planning & scheduling
  • Test run management & result logging
  • Defect reporting & retesting workflow
  • Test closure & completion criteria
16

HIL Testing

  • Hardware-in-the-Loop (HIL) concepts & setup
  • Real-time ECU testing on HIL bench
  • Signal stimulation & monitoring
  • Test automation on HIL environment
  • Fault injection & regression on HIL
17

VT Systems

  • Introduction to Vector VT Systems
  • VT System modules & configuration
  • ECU simulation & load emulation
  • Integration with CANoe for automated testing
  • Real-time signal measurement & control
18

Functional Safety — ISO 26262

  • ISO 26262 standard overview
  • ASIL levels & safety lifecycle
  • Functional safety requirements & testing
  • Safety analysis techniques (FMEA, FTA)
  • Safety case documentation & compliance
19

SIL Testing & MATLAB

  • Software-in-the-Loop (SIL) testing concepts
  • MATLAB/Simulink for automotive model validation
  • SIL vs HIL vs MIL comparison
  • Model-based test case generation
  • Coverage analysis in SIL environments
20

Python for Automotive Testing

  • Python fundamentals for test engineers
  • Python scripting for test automation
  • CAN & UDS communication using Python
  • Log parsing & data analysis with Python
  • Integration with pytest & CI/CD pipelines

Ready to Start Your Automotive Career?

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