ISO 10218-1: Safety Requirements for Industrial Robot Design
- Date
- 2026-11-23
- Location
- Online
- Host
- ISO 10218 (Functional Safety)
About this event
Industrial robot safety is not a side topic in design work; it is one of the core constraints that shapes whether a system is usable, deployable, and trusted on the factory floor. This online session focuses on ISO 10218-1, the standard that addresses safety requirements for the design of industrial robots, giving you a clearer framework for thinking about compliance, risk, and real-world engineering decisions. About the Event This virtual event is built for people working at the intersection of industrial robotics and manufacturing who want a sharper understanding of how safety requirements influence robot design from the start. Rather than treating safety as a final checklist item, the session centers on the role of ISO 10218-1 in shaping design choices, documentation, and the overall development process. You can expect a focused, professional discussion that is relevant to both technical and cross-functional attendees. If you work on robot architecture, product development, systems integration, operations, or manufacturing strategy, this event is designed to help you connect the language of the standard to the realities of building and deploying industrial robotic systems. Because the event is held online, it offers an accessible way to engage with the topic without travel or time away from your team. That makes it a practical option whether you are looking to build foundational knowledge, validate your current approach, or get better aligned with the safety expectations that affect modern industrial robot design. What to Expect The session will center on the safety requirements addressed by ISO 10218-1 and how they apply to industrial robot design work. The emphasis is on helping attendees understand the intent of the standard and how it can inform better decisions throughout the product lifecycle. Topics are likely to include: The role of ISO 10218-1 within the broader industrial robotics safety landscape How safety requirements influence robot design choices early in development Common areas of confusion when interpreting design-related safety expectations The relationship between safety thinking, system performance, and deployment readiness Practical considerations for teams working in manufacturing and industrial environments Expect a format that is educational and structured for clarity. As a virtual event, it is well suited to attendees who want to listen closely, take notes, and come away with a more organized mental model of the standard and its implications. You should also expect the discussion to stay grounded in industrial use cases rather than drifting into abstract theory. For engineers and technical decision-makers, that matters: understanding a standard is most useful when you can connect it to design reviews, development workflows, and the constraints of real production environments. Why Attend If your work touches industrial robots in any serious way, understanding safety requirements at the design level can save time, reduce rework, and improve communication across teams. A stronger grasp of ISO 10218-1 can help you ask better questions earlier, identify gaps before they become expensive, and approach design tradeoffs with more confidence. This event is especially valuable if you have ever faced uncertainty around what a safety requirement means in practice. Standards can feel dense when read in isolation. A focused event like this gives you the chance to organize the topic into something more useful: a working perspective you can bring back to product conversations, architecture reviews, and manufacturing planning. Attending can help you: Build a clearer understanding of a key industrial robot safety standard Improve how you evaluate robot design decisions through a safety lens Strengthen cross-functional conversations between engineering, manufacturing, and operations Better recognize where compliance-minded thinking should begin in the design process Stay connected to the broader industrial robotics community around important technical topics There is also value in attending simply to sharpen your professional baseline. In robotics, safety literacy is not just for specialists. The more fluently your team can speak about standards and design intent, the easier it becomes to move projects forward with fewer misunderstandings and stronger technical alignment. Practical Details Location: Online / virtual event Date: Monday, November 23 Time: 11:00 AM PST Because this is a virtual session, you can join from wherever you are working, whether that is your office, lab, home workspace, or manufacturing site. The online format makes it easy to participate without the overhead of travel while still staying close to an active technical topic in the industrial robotics space. To get the most from the event, it helps to arrive ready to think about your own context. Consider the robot design, manufacturing process, safety challenge, or internal project questions you are currently dealing with. Even if the session is broad in scope, attending with a few concrete questions in mind will make the material more useful. This is a strong fit for professionals who want substance over hype: a focused discussion on industrial robot design safety, rooted in a standard that matters. If ISO 10218-1 is relevant to your work now, or likely to be soon, this event is a practical opportunity to strengthen your understanding in a format that respects your time.
Who should attend
This event is for people who want a more practical understanding of how industrial robot safety requirements affect design and decision-making. - **You design or develop industrial robots** and want a clearer view of how ISO 10218-1 should influence architecture, components, and safety-related design choices. - **You work in manufacturing or industrial automation** and need to better understand the safety framework behind the robots being specified, integrated, or deployed in production environments. - **You are a robotics engineer, systems engineer, or technical lead** looking to strengthen your ability to interpret standards and apply them earlier in the development process. - **You support compliance, quality, or risk-related work** and want better alignment with the engineering side of industrial robot design. - **You are involved in cross-functional decision-making** between product, operations, and manufacturing, and need a shared foundation for discussing safety requirements with confidence. - **You are building your knowledge in industrial robotics** and want a focused, relevant entry point into one of the standards that matters most for robot design safety.