Overview
The Software-Defined Vehicle (SDV) represents the biggest transformation in automotive architecture since the introduction of the ECU. Vehicles are shifting from distributed ECU networks to centralized compute platforms with continuous software updates.
This course covers the key technology pillars of SDV: zone-based E/E architectures, high-performance computing (HPC) platforms, vehicle operating systems, OTA update strategies, and cloud-vehicle integration.
You'll analyze real SDV architectures from Tesla, VW, BMW, and others, understanding the design decisions, trade-offs, and technology stacks that define the next generation of vehicles.
Course Modules
1
SDV Fundamentals
What is a Software-Defined Vehicle?FREE PREVIEW
35 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
From Domain to Zone ArchitectureFREE PREVIEW
45 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
SDV Technology Pillars
40 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Industry Landscape - OEM Strategies
35 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Hands-On: SDV Architecture Analysis
50 min read
▸ Step-by-step implementation walkthrough
▸ Configuration templates & code samples
▸ Troubleshooting guide & common pitfalls
▸ Validation checklist & expected outputs
2
Vehicle Computing Platforms
HPC Architecture & SoC Selection
50 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
Vehicle OS Concepts (Android Automotive, QNX, Linux)
55 min read
▸ Task configuration & scheduling parameters
▸ Timing analysis & worst-case execution
▸ Resource management & priority schemes
▸ Runtime monitoring & diagnostics
Hypervisor & Virtualization
45 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Mixed-Criticality Systems
40 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Hands-On: Container-Based Vehicle Application
60 min read
▸ Step-by-step implementation walkthrough
▸ Configuration templates & code samples
▸ Troubleshooting guide & common pitfalls
▸ Validation checklist & expected outputs
3
Communication & Middleware
Service-Oriented Architecture for Vehicles
45 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
Vehicle API Design & Abstraction
40 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
DDS, SOME/IP, gRPC Comparison
45 min read
▸ Network stack configuration reference
▸ Protocol specification & message formats
▸ Service discovery & endpoint management
▸ Performance tuning & QoS parameters
Data-Centric Architecture Patterns
35 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
Hands-On: Vehicle Service Mesh
55 min read
▸ Step-by-step implementation walkthrough
▸ Configuration templates & code samples
▸ Troubleshooting guide & common pitfalls
▸ Validation checklist & expected outputs
4
OTA & Continuous Deployment
OTA Architecture - Full vs Differential
45 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
Update Orchestration & Rollback
40 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
A/B Partition Strategies
35 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Fleet Management & Staged Rollout
40 min read
▸ Planning framework & document structure
▸ Scope definition & stakeholder analysis
▸ Risk assessment & mitigation strategies
▸ Monitoring procedures & KPI definitions
Hands-On: OTA Update Pipeline
60 min read
▸ Step-by-step implementation walkthrough
▸ Configuration templates & code samples
▸ Troubleshooting guide & common pitfalls
▸ Validation checklist & expected outputs
5
Cloud-Vehicle Integration
Vehicle-to-Cloud Architecture
45 min read
▸ Architectural overview & design rationale
▸ Component interaction diagrams
▸ Interface specifications & contracts
▸ Design patterns & best practices
Digital Twin & Simulation
40 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Data Analytics & ML at the Edge
35 min read
▸ Comprehensive technical reference & specifications
▸ Detailed configuration guide with examples
▸ Implementation best practices & guidelines
▸ Troubleshooting reference & FAQ
Hands-On: Cloud-Connected Vehicle App
55 min read
▸ Step-by-step implementation walkthrough
▸ Configuration templates & code samples
▸ Troubleshooting guide & common pitfalls
▸ Validation checklist & expected outputs
What You'll Learn
Design zone-based vehicle E/E architectures
Evaluate HPC platforms and vehicle OS options
Architect service-oriented vehicle middleware
Design OTA update strategies with rollback safety
Implement cloud-vehicle integration patterns
Analyze and compare real OEM SDV approaches
Prerequisites
General automotive architecture understanding
Basic software architecture knowledge
Familiarity with networking concepts
Full Access
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Browse Modules
This course includes:
24 detailed documentation chapters
Downloadable resources
Searchable text documentation
Code snippets & technical diagrams
Hands-on exercises
Lifetime access
Certificate of completion