Courses Curriculm
Automotive SPICE (ASPICE) Professional Course Syllabus
Module 1: Introduction to Automotive SPICE
- Introduction to ASPICE
- History and Evolution of ASPICE
- Purpose of Automotive SPICE
- Benefits of ASPICE in Automotive Industry
- Overview of Process Reference Model (PRM)
- Overview of Process Assessment Model (PAM)
- ASPICE Capability Levels (CL0 to CL5)
- Process Attributes Overview
Module 2: ASPICE Framework and Structure
- ASPICE Process Groups Overview
- Primary Life Cycle Processes
- Supporting Life Cycle Processes
- Organizational Life Cycle Processes
- Process Assessment Concepts
Module 3: Project Management (MAN.3)
- Purpose of Project Management
- Project Planning
- Project Monitoring and Control
- Risk Management
- Project Management Outcomes
- Information Items
- Base Practices
Module 4: Quality Assurance (SUP.1)
- Purpose of Quality Assurance
- QA Process Overview
- Quality Assurance Activities
- Work Product Evaluation
- QA Outcomes
- Information Items
- Base Practices
Module 5: Configuration Management (SUP.8)
- Configuration Management Overview
- Configuration Identification
- Configuration Control
- Configuration Status Accounting
- Configuration Audits
- Base Practices
Module 6: Change Request Management (SUP.10)
- Change Management Overview
- Change Request Lifecycle
- Change Control Board (CCB)
- Change Request Tracking
- Base Practices
Module 7: Problem Resolution Management (SUP.9)
- Problem Resolution Overview
- Problem Identification
- Root Cause Analysis
- Problem Tracking
- Base Practices
Module 8: System Requirements Analysis (SYS.2)
- SYS.2 Purpose
- System Requirements Identification
- Requirement Analysis
- Requirement Documentation
- Outcomes
- Information Items
- Base Practices
Module 9: System Architectural Design (SYS.3)
- System Architecture Overview
- Architectural Design Concepts
- System Components Identification
- Interface Definition
- Base Practices
Module 10: Software Requirements Analysis (SWE.1)
- Software Requirement Analysis
- Software Requirement Documentation
- Requirement Traceability
- Base Practices
Module 11: Software Architectural Design (SWE.2)
- Software Architecture Overview
- Software Component Design
- Interface Design
- Base Practices
Module 12: Software Detailed Design (SWE.3)
- Detailed Design Concepts
- Unit Design
- Base Practices
Module 13: Software Unit Implementation (SWE.4)
- Coding Standards
- Implementation Process
- Code Review
- Base Practices
Module 14: Software Unit Verification (SWE.5)
- Unit Testing Overview
- Test Case Design
- Test Execution
- Base Practices
Module 15: Software Integration and Integration Testing (SWE.6)
- Software Integration Concepts
- Integration Testing
- Base Practices
Module 16: Software Qualification Testing (SWE.7)
- Qualification Testing Overview
- System Verification
- Base Practices
Module 17: Supporting Processes Overview
- Documentation Management
- Risk Management
- Measurement Process
- Reuse Process
Module 18: ASPICE Capability Levels and Assessment
- Capability Level 0 to Level 5
- Process Attributes
- Assessment Indicators
- Assessment Process
Module 19: ASPICE Assessment Preparation
- Assessment Planning
- Assessment Execution
- Assessment Reporting
Module 20: ASPICE Implementation in Organization
- ASPICE Implementation Strategy
- Process Improvement
- Best Practices
Module 21: ASPICE and Functional Safety Integration
- ASPICE and ISO 26262 Relationship
- Safety Process Integration
Module 22: ASPICE Real-Time Case Studies
- Automotive Industry Examples
- ASPICE Implementation Case Study
Module 23: Tools Used in ASPICE
- Requirement Management Tools
- Configuration Management Tools
- Testing Tools
Module 24: ASPICE Project Workflow
- End-to-End ASPICE Workflow
- Development Lifecycle
Module 25: ASPICE Documentation and Templates
- Required Work Products
- Templates and Documentation
Module 26: ASPICE Career Guidance
- Career Opportunities
- Roles and Responsibilities
- ASPICE Interview Preparation
Notebook / Resources
- ASPICE Templates
- Sample Work Products
- Checklists
- Practice Exercises
Fundamentals of ADAS (Advanced Driver Assistance Systems) – Course Syllabus
Module 1: Introduction to ADAS
Introduction to ADAS
Evolution of ADAS Technologies
Importance of ADAS in Modern Vehicles
Overview of ADAS Architecture
Basic Terminologies – Part 1
Basic Terminologies – Part 2
Module 2: ADAS Functionalities
Overview of ADAS Features
Adaptive Cruise Control (ACC)
Lane Departure Warning (LDW)
Automatic Emergency Braking (AEB)
Blind Spot Detection (BSD)
Parking Assist Systems
Module 3: Levels of Vehicle Automation
SAE Levels of Automation (Level 0 to Level 5)
Manual vs Autonomous Driving
Real-world Automation Examples
Module 4: Career Opportunities in ADAS
ADAS Engineer Roles
Skills Required for ADAS Engineers
Industry Demand and Career Growth
Automotive Software Career Path
Module 5: Advanced ADAS Functionalities
Sensor Fusion
Object Detection
Driver Monitoring Systems
Autonomous Driving Functions
Module 6: ADAS Sensors
Camera Sensors
Radar Sensors
LiDAR Sensors
Ultrasonic Sensors
Sensor Working Principles
Module 7: ADAS Actuators
Braking Actuators
Steering Actuators
Throttle Control Systems
Actuator Integration
Module 8: System Engineering in ADAS
System Engineering Overview
System Architecture
Requirement Flowdown
System Integration
Module 9: Software Engineering Process (ASPICE SWE)
Software Development Lifecycle
ASPICE SWE Process Overview
Software Architecture
Software Integration
Module 10: Functional Safety – ISO 26262
Functional Safety Overview
Hazard Analysis and Risk Assessment (HARA)
ASIL Levels
Safety Lifecycle
Module 11: V-Model in Automotive Development
V-Model Overview
Development Phases
Verification and Validation
Module 12: In-Loop Testing
Model-in-Loop (MIL)
Software-in-Loop (SIL)
Hardware-in-Loop (HIL)
Testing Strategies
Module 13: Model-Based Development
Model-Based Design Overview
MATLAB and Simulink Concepts
Model Simulation
Module 14: Requirement Engineering
Requirement Gathering
Requirement Analysis
Requirement Documentation
Requirement Traceability
Module 15: AUTOSAR Overview
AUTOSAR Introduction
AUTOSAR Architecture
AUTOSAR Layers
Module 16: AUTOSAR Software Stack
Basic Software Layer
Runtime Environment (RTE)
Application Layer
Module 17: Communication Protocols
CAN Protocol
LIN Protocol
Automotive Ethernet
UDS Protocol
Module 18: Automotive Cybersecurity
Cybersecurity Overview
Automotive Threats
Secure Communication
Module 19: ADAS Homologation
Homologation Overview
Certification Requirements
Automotive Standards
Module 20: Over-The-Air (OTA) Updates
OTA Overview
Software Updates in Vehicles
OTA Security
Module 21: Computer Vision in ADAS
Image Processing Basics
Object Detection
Lane Detection
Camera Processing
Module 22: Zonal Architecture
Automotive Electrical Architecture
Domain vs Zonal Architecture
Future Vehicle Architecture
Module 23: Automotive ECU Overview
ECU Architecture
Types of ECUs
ADAS ECU
Module 24: Digital Signal Processing (DSP)
Signal Processing Basics
Sensor Signal Processing
Filtering Techniques
Module 25: Software Flashing into ECU
ECU Flashing Process
Flashing Tools
Software Deployment
Module 26: ADAS ECU Development Lifecycle
ECU Development Process
Hardware and Software Integration
Testing and Validation
Module 27: ADAS Testing and Validation
ADAS Testing Methods
Simulation Testing
Real-world Testing
Module 28: ADAS Case Studies and Industry Projects
Real-world ADAS Implementation
Industry Case Studies
Project Examples
Module 29: ADAS Standards and Regulations
Automotive Safety Standards
Global ADAS Regulations
Compliance Requirements
Module 30: Career Preparation and Interview Guidance
ADAS Interview Questions
Resume Preparation
Career Guidance
Notebook / Resources
ADAS Reference Materials
Templates
Practice Exercises
Industry Case Studies
Vehicle Diagnostics & OBD-II Professional Course Syllabus
Module 1: Introduction to Vehicle Diagnostics
Introduction to Vehicle Diagnostics
Importance of Diagnostics in Automotive Industry
Overview of Modern Automotive Systems
Role of Diagnostics in Vehicle Safety and Performance
Module 2: Introduction to Onboard Diagnostics (OBD)
Introduction to OBD Systems
Purpose and Functions of OBD
Overview of OBD Architecture
How OBD Monitors Vehicle Systems
Module 3: Evolution of OBD Systems
OBD-I Overview
OBD-II Overview
EOBD and HD-OBD Overview
Evolution of Vehicle Diagnostics
Module 4: Need for Diagnostics in Modern Vehicles
Emission Control Requirements
Fault Detection and Monitoring
Vehicle Performance Optimization
Regulatory Requirements
Module 5: Electric Vehicles vs Combustion Vehicles Diagnostics
Diagnostic Differences in EV and ICE Vehicles
EV Diagnostic Architecture
Battery Diagnostics Overview
Module 6: Diagnostic Trouble Codes (DTCs)
Introduction to DTCs
Structure of Diagnostic Trouble Codes
DTC Categories (Powertrain, Body, Chassis, Network)
Generic and Manufacturer Specific Codes
Module 7: DTC Nomenclature and Structure
Letter and Number Combinations
Meaning of Each DTC Character
Examples of Common DTC Codes
Module 8: OBD Communication Protocols
CAN Protocol
K-Line Protocol
LIN Protocol
UDS Protocol
Module 9: OBD System Architecture
Electronic Control Units (ECUs)
Sensors and Actuators
Vehicle Communication Networks
Module 10: Automotive Electrical and Electronic Fundamentals
Basic Electrical Concepts
Sensors Overview
Actuators Overview
ECU Functionality
Module 11: OBD Tools and Equipment
Scan Tools Overview
Diagnostic Software Tools
Hardware Diagnostic Tools
Professional Diagnostic Equipment
Module 12: Parameter IDs (PIDs)
Introduction to PIDs
Live Data Monitoring
PID Structure and Functions
Module 13: OBD Diagnostic Functions
Fault Detection
Fault Storage
Fault Clearing
System Monitoring
Module 14: Emission Diagnostics
Emission Monitoring Systems
Role of OBD in Emission Control
Emission Fault Detection
Module 15: OBD Testing and Validation
Diagnostic Testing Methods
Validation Process
Verification Techniques
Module 16: Automotive Communication and Networks
CAN Network Overview
ECU Communication
Diagnostic Communication Flow
Module 17: EV Diagnostics Overview
EV Architecture
EV Diagnostic Requirements
EV System Monitoring
Module 18: Battery Diagnostics
Battery Management System (BMS)
Battery Fault Detection
Battery Health Monitoring
Module 19: Functional Safety in Diagnostics
Introduction to Functional Safety
ISO 26262 Overview
Safety Monitoring
Module 20: Automotive Cybersecurity in Diagnostics
Cybersecurity Overview
Diagnostic Security
Secure Communication
Module 21: Diagnostic Software Tools
Industry Diagnostic Tools
Software Configuration
Diagnostic Tool Operation
Module 22: Troubleshooting Methodologies
Fault Isolation Techniques
Root Cause Analysis
Troubleshooting Process
Module 23: ECU Flashing and Diagnostics
ECU Flashing Overview
Diagnostic Programming
Software Updates
Module 24: Global Diagnostic Standards and Regulations
OBD Standards Overview
ISO Standards
Regulatory Compliance
Module 25: Real-Time Diagnostics and Case Studies
Industry Diagnostic Examples
Real-World Case Studies
Practical Diagnostic Scenarios
Module 26: Career Opportunities in Vehicle Diagnostics
Diagnostic Engineer Roles
Required Skills
Career Opportunities
Module 27: Practical Diagnostic Tools and Demonstrations
Scan Tool Demonstration
Fault Detection Practical Examples
Module 28: Advanced Diagnostics and Future Trends
Predictive Diagnostics
Smart Diagnostics
Future Automotive Technologies
Notebook / Resources
Diagnostic Trouble Code Lists
Diagnostic Templates
Practice Exercises
Industry Reference Materials