UL 4600: Operational Design Domain ODD Requirements
- Date
- 2026-10-22
- Location
- Online
- Host
- UL 4600 (Functional Safety)
About this event
Understanding Operational Design Domain requirements is essential if you work anywhere near autonomous system safety, validation, or deployment. This session focuses on UL 4600 and the role of ODD requirements in defining where a system is intended to operate, what conditions it must handle, and how those boundaries affect safety claims, engineering decisions, and real-world readiness. About the Event This is a virtual community meetup-style session designed for people who want a clearer, more practical grasp of how ODD requirements fit into the UL 4600 framework. Rather than treating ODD as a vague concept, the event centers on how these requirements are described, interpreted, and used to support disciplined safety thinking. The topic matters because an ODD is not just a background docum
Who should attend
This session is for people who want a clearer, more useful understanding of how ODD requirements shape safety and deployment decisions. - You work in **autonomous systems, ADAS, robotics, or safety-critical software** and need to understand how operational boundaries should be defined and defended. - You are a **safety engineer, systems engineer, validation lead, or requirements owner** who wants sharper language and better structure around ODD-related work. - You support **assurance, compliance, standards, or certification efforts** and need to connect UL 4600 concepts to practical documentation and evidence. - You are involved in **product, program, or technical leadership** and want to reduce ambiguity around intended use, limitations, and deployment assumptions. - You collaborate across teams and need to translate between **engineering detail and decision-making**, especially when scope, risk, and readiness are being discussed. - You are already familiar with the basics of autonomy safety and want a focused discussion that helps you ask better questions and spot weak assumptions earlier.