ISO 10218-1: Safety Requirements for Industrial Robot Design
- Date
- 2027-03-23
- Location
- Online
- Host
- ISO 10218 (Functional Safety)
About this event
Industrial robot safety starts long before a system reaches the factory floor. ISO 10218-1 sets the foundation for how industrial robots should be designed to reduce risk, support safe integration, and align with widely recognized safety expectations. If your work touches robot design, specification, compliance, or deployment, this virtual session is built to help you understand what the standard actually means in practice. About the Event This online event focuses on ISO 10218-1: Safety Requirements for Industrial Robot Design, with an emphasis on making the standard more approachable and useful for real-world engineering and manufacturing decisions. Rather than treating safety as a checklist item at the end of development, the session centers on how design-stage choices influence risk, usability, and downstream system performance. Expect a structured, professional discussion designed for people working in and around industrial robotics, manufacturing, and industrial systems. The format is virtual, making it accessible whether you are joining from a design office, plant environment, quality team, or home workspace. The goal is to give attendees a clearer mental model of the standard and where it fits across the robot lifecycle. This is especially relevant for teams navigating increasing automation demands while also facing tighter expectations around safety, documentation, validation, and cross-functional coordination. ISO 10218-1 is often referenced, but not always deeply understood. This event creates space to focus on the design-side requirements that shape safer robot systems from the start. What to Expect The session will explore the role of ISO 10218-1 within industrial robot development and why it matters to both technical and operational teams. You can expect a focused walkthrough of the standard's purpose, key themes, and the kinds of design considerations it is intended to address. Topics are likely to include: The scope of ISO 10218-1 and how it applies to industrial robot design Core safety requirements that influence robot architecture and protective functions Design-stage thinking that helps reduce hazards before integration and deployment How the standard connects to broader manufacturing and automation workflows Common areas of confusion when interpreting robot safety expectations Because this is a virtual event, the experience is designed to be efficient and content-forward. Attendees should expect a practical, discussion-driven format rather than a generic high-level overview. The focus is on clarity: understanding what the standard asks for, why those requirements exist, and how they affect engineering and business decisions. You can also expect the conversation to be useful whether you are deep in technical implementation or involved at the planning, sourcing, review, or compliance level. Safety standards often sit at the intersection of engineering, operations, and risk management, and this event is positioned to reflect that reality. Why Attend If you work with industrial robots, understanding design safety requirements is not optional knowledge. It affects how robots are built, selected, documented, integrated, and maintained. A stronger grasp of ISO 10218-1 can help you ask better questions early, identify gaps sooner, and make more informed decisions across projects. Attending can help you: Build confidence in reading and discussing a key industrial robot safety standard Connect safety requirements to design decisions instead of treating them as abstract compliance language Improve collaboration between engineering, manufacturing, quality, and safety stakeholders Spot risk earlier in development or procurement conversations Strengthen your judgment when evaluating robot systems and design approaches This event is also valuable because it addresses a topic that is often either oversimplified or pushed into specialist silos. In practice, robot safety affects more people than just safety engineers. Design engineers, technical managers, integrators, plant leaders, and automation teams all benefit when they share a clearer understanding of what safe robot design requires. For organizations expanding automation, this knowledge can support better internal alignment. For individual contributors, it can sharpen your ability to contribute meaningfully to design reviews, system planning, and implementation discussions. Practical Details Location: Online / virtual event Date: Tuesday, March 23 Time: 11:00 AM PDT Because the event is virtual, you can attend from anywhere without travel. That makes it easier to bring a focused hour of learning into your day, whether you are part of a robotics team, supporting manufacturing operations, or exploring how safety standards affect upcoming automation work. This format is well suited for professionals who want targeted insight without stepping away from ongoing projects for an entire day. It also makes the session accessible to distributed teams who may want to attend from different locations while sharing a common interest in industrial robot safety. If ISO 10218-1 has been on your reading list, in your project requirements, or in the background of conversations about robot design and compliance, this event offers a practical way to engage with it directly. Come prepared to strengthen your understanding of a standard that has real consequences for how industrial robots are designed and trusted in manufacturing environments.
Who should attend
This is for you if your work intersects with industrial robots and you want a clearer, more practical understanding of design safety requirements. - You are a **robotics engineer or designer** who wants to better understand how ISO 10218-1 influences robot architecture, protective features, and development decisions. - You work in **manufacturing or automation** and need stronger context for evaluating robot systems, project requirements, or supplier conversations. - You are involved in **integration, deployment, or technical planning** and want to connect design-stage safety requirements to real implementation outcomes. - You support **quality, compliance, EHS, or risk management** and need a more grounded view of how this standard applies before a robot reaches production. - You are a **technical manager, engineering lead, or program owner** responsible for aligning teams around safe, well-informed robotics decisions. - You are building your knowledge in **industrial robotics** and want a focused entry point into one of the core standards shaping safe robot design. If you have ever been in a meeting where robot safety was discussed in broad terms but not clearly explained, this session is designed to make that conversation more concrete.