How do you validate the mobility of tomorrow?
- Subject:CCAM validation; Requirements Analysis
- Date:flexible
- Tutor:
How do you validate the mobility of tomorrow?
Connected and automated vehicles (CCAM) are no longer a distant vision — they are already operating on our roads today. However, before such systems can be safely deployed at scale, they must undergo thorough validation: from the human-machine interface (HMI) and AI-based driving functions to vehicle-to-everything communication (V2X) and continuous in-service monitoring.
Your tasks
- Literature review of existing requirements for CCAM validation systems, covering norms, standards, regulations, and scientific sources
- Structured analysis and categorisation of identified requirements across four domains: HMI, AI-based CCAM systems, In-Service Monitoring & Reporting, and V2X
- Systematic comparison of existing requirements against the project's internal target requirements for the validation system
- Identification of gaps, contradictions, and overlaps, and derivation of actionable recommendations
Requirements
- High Motivation
- Curiosity about automated mobility
- Eligible programmes: MIT; Mechanical Engineering; Industrial Engineering
What we offer
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Direct involvement in a running EU research project with international partner
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Close supervision and regular feedback sessions
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Applied research with direct relevance to an active project
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Access to expertise in CCAM, standardisation, and system validation
Contact
Has your interest been piqued? Then feel free to get in touch—including a transcript of records and a CV—at: manuel.spekker∂kit.edu.