I help automotive companies design and implement scalable validation strategies for ADAS and L3/L4 autonomous systems through digital testing methods. Operating at the ecosystem and architecture level—I support strategic technology decisions, validation framework design, and cross-partner integration, not just tool configuration.
With 7+ years at Bosch as Chief Product Owner for simulation and SIL testing platforms, I pioneered validation approaches that reduce dependency on physical proving grounds. Available for consulting engagements with OEMs, Tier-1 suppliers, automotive startups, platform vendors, and investment firms.
Also: Co-founder of Tornaido UG, developing AI-driven education technology.
Renningen, Germany
Deep expertise in validation & verification for ADAS and autonomous driving systems, with a focus on ecosystem architecture and strategic technology decisions.
During my time as Chief Product Owner at Bosch, I led validation platform initiatives involving multiple internal teams and external partners. I pioneered comprehensive digital validation approaches for L4 systems, built strategic partnerships across the automotive industry, and served as technical interface between customers and platform development teams. My work focused on transforming traditional V&V approaches into scalable, integrated digital testing ecosystems.
I operate at the architecture and ecosystem level—helping companies design validation frameworks, evaluate and integrate simulation platforms, define Make-or-Buy strategies for testing infrastructure, and coordinate cross-partner validation workflows.
In parallel, I co-founded Tornaido UG, an AI-driven ed-tech company focused on personalized learning solutions. This entrepreneurial initiative showcases ability to build products from concept to launch, combining technical architecture with business strategy.
Strategic advisory and technical consulting for ADAS and autonomous driving validation
Design and implementation of scalable validation strategies for ADAS, L3, and L4 autonomous systems.
Architecture and integration of SIL platforms, simulation tools, and cross-partner validation workflows.
Development of validation frameworks that reduce dependency on physical proving ground testing.
Evaluation of testing platforms, technology partner selection, and strategic Make-or-Buy decisions.
Advisory for investment firms and OEMs evaluating automotive technology, platforms, and validation capabilities.
Strategic roadmaps for scaling validation capabilities and integrating new technologies into existing ecosystems.
Co-founded AI-driven ed-tech company, demonstrating ability to build products from concept to launch. Defined product strategy, technical architecture, and multi-phase roadmap. Leading development of AI-based assessment and personalized learning platform.
ADAS/AD Validation, Simulation-based Testing, Software-in-the-Loop, L3/L4 Functional Validation, ISO 26262, Digital Test Ecosystems.
Ecosystem Strategy, Stakeholder Management, Partner Management, Make-or-Buy Decisions, Product Architecture.
C++, Python, AI Development, Cloud Solutions, Agile/SAFe, Software Development Lifecycle.
Chess Dept. Deputy Head (SpVgg Renningen), Head of School Chess Group.
Interests & Activities
Research Exchange, Cambridge UK
BGCE - Master's Honors Program
M.Sc. Computational Science
Available for consulting engagements, technical advisory, and validation strategy discussions.
Open to working with OEMs, Tier-1 suppliers, ADAS platform vendors, automotive startups, and investment firms conducting technical due diligence.
kaveh@rahnema.org
Renningen, Germany