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Leo Talks Systems Thinking
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Leo Talks Systems Thinking

Bachelor's and Master's from Xi'an Jiaotong University; Senior Engineer; 15 years of automotive electronic system development experience; First-author SCI publications, 20+ core patents; focused on complex electronic control system architecture methodologies, boosting enterprise digital R&D efficiency, and empowering industry engineers.

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Recent Articles

Latest from Leo Talks Systems Thinking

15 recent articles
Leo Talks Systems Thinking
Leo Talks Systems Thinking
Jul 20, 2025 · Industry Insights

AI Reshapes Automotive Software Development: Use Cases, Risks & Future Trends

This article analyzes how AI technologies like LLMs, knowledge graphs, and reinforcement learning are applied across automotive software development stages—requirements, design, coding, testing, and verification—while highlighting risks such as batch design defects and data leaks, and outlining a phased adoption path toward multi-agent AI collaboration and new engineering roles.

AI applicationsPrompt Engineeringautomotive software
0 likes · 13 min read
AI Reshapes Automotive Software Development: Use Cases, Risks & Future Trends
Leo Talks Systems Thinking
Leo Talks Systems Thinking
Jul 12, 2025 · R&D Management

Automotive Electronic Architects: Bridging Technical Architecture and Project Delivery

This article explores the dual technical and managerial role of automotive electronic architects, examining how project size shapes responsibilities, the art of compromise in architecture decisions, and strategies for gaining leadership buy-in through evidence-based modeling and stakeholder communication.

Software ArchitectureUML modelingautomotive electronics
0 likes · 5 min read
Automotive Electronic Architects: Bridging Technical Architecture and Project Delivery
Leo Talks Systems Thinking
Leo Talks Systems Thinking
Apr 13, 2025 · Fundamentals

Automotive Software Requirements Engineering: Core Concepts, V-Model & Traceability

This article introduces automotive software requirements engineering fundamentals, covering user need elicitation techniques, distinguishing real requirements from solutions, system concepts like emergence and interfaces, requirements types, V-model lifecycle traceability, modeling for analysis, and the importance of early verification over late testing.

ASPICEV-modelautomotive software
0 likes · 16 min read
Automotive Software Requirements Engineering: Core Concepts, V-Model & Traceability
Leo Talks Systems Thinking
Leo Talks Systems Thinking
Mar 29, 2025 · R&D Management

R&D Mentorship: Growing Engineers from Novice to Independent Contributors

FAW senior engineer Zhao Lingguo shares his mentorship framework for R&D engineers, covering four growth stages from onboarding to independence, emphasizing self-awareness, tailored role placement, leading by example, and fostering mutual learning to build quality-focused, communicative talent in automotive electronics.

R&D mentorshipautomotive electronicsemployee growth
0 likes · 11 min read
R&D Mentorship: Growing Engineers from Novice to Independent Contributors