ISO 10218: Risk Assessment Methodology for Robot Applications
- Date
- 2028-08-11
- Location
- Online
- Host
- ISO 10218 (Functional Safety)
About this event
If you work with robots, risk assessment is not optional paperwork, it is the foundation of a safe and credible application. This online session focuses on ISO 10218 and the methodology behind assessing robot-related risk so you can make better decisions earlier, document them clearly, and build safer systems with more confidence. About the Event This virtual meetup is centered on ISO 10218: Risk Assessment Methodology for Robot Applications, with a practical emphasis on how to think through hazards, safeguards, and design decisions in real robot deployments. Rather than treating the standard as a checklist to skim at the end of a project, the session is framed around using risk assessment as an active engineering tool throughout the lifecycle of a robot application. You can expect a community-oriented format that is useful whether you are deep in robotics already or regularly collaborate with teams that are. The topic sits at the intersection of robotics, safety, engineering judgment, and communication, which makes it especially valuable for people who need to align technical work with operational realities. Because this is an online event, it is designed to make an important technical subject accessible without requiring travel. You can join from wherever you are, take notes in real time, and focus on understanding the methodology well enough to apply it in your own context. What to Expect The core of the event is a focused walkthrough of risk assessment methodology for robot applications in the context of ISO 10218. Expect a structured discussion of how risk assessment fits into the development and deployment of robotic systems, what kinds of hazards need to be identified, and how teams typically evaluate and reduce risk in a disciplined way. Topics may be explored through a practical lens, including areas such as: identifying hazards associated with robot applications understanding the relationship between task, environment, and exposure thinking through severity and likelihood in a structured way selecting and validating risk reduction measures documenting decisions so they are understandable to teams, stakeholders, and reviewers In addition to the technical content, this meetup format creates room for broader learning from the robotics community. That means the session is not just about reading a standard, but about understanding how people interpret and apply methodology when real systems, timelines, and constraints are involved. You should also expect a format that rewards attention and curiosity. If you have ever wondered how to move from general safety intentions to a defensible risk assessment process, this event is built to help make that transition clearer. Why Attend A lot of teams know that safety matters, but far fewer have a shared method for approaching it. This event helps close that gap by focusing on a standard and methodology that can bring consistency to how robot applications are reviewed, discussed, and improved. Attending can help you sharpen the way you evaluate robot system risks before they become expensive redesigns, deployment delays, or avoidable safety issues. For engineers and technical leads, that means stronger design decisions. For cross-functional attendees, it means a better ability to ask the right questions and understand what good risk assessment work actually looks like. You will come away with clearer mental models for: how ISO 10218 relates to robot application safety work how to approach risk assessment methodically instead of reactively what inputs matter when evaluating a robot application how to communicate findings and risk reduction logic more effectively Just as importantly, you will spend time with a community that cares about robotics in a practical way. If you value technical discussion that has direct relevance to real-world applications, this session is a strong use of your time. Practical Details This is an online / virtual event, which makes it easy to join from your desk, lab, office, or home setup. A virtual format is especially useful for a topic like this, since attendees can participate without the friction of travel while still engaging with an important and specialized subject. The event takes place on Friday, August 11 at 4:00 PM PDT. If you are joining from another time zone, plan ahead so you can arrive on time and settle in before the session begins. A few simple ways to get more from the event: come with a robot application, use case, or safety question in mind be ready to take notes on methodology, not just definitions think about where your current projects may have open risk assessment questions join expecting both technical insight and useful community perspective Whether you are trying to strengthen your understanding of ISO 10218, build better internal safety processes, or connect with others working through similar robotics challenges, this session offers a focused and practical place to do it.
Who should attend
This session is for people who want a clearer, more practical understanding of how risk assessment works in robot applications. - You work directly with **industrial or professional robot applications** and want a stronger grasp of how to approach safety decisions using ISO 10218. - You are an **engineer, integrator, or technical lead** who needs to identify hazards, evaluate risk, and think more systematically about safeguards and design tradeoffs. - You are involved in **system design, deployment, operations, or validation** and want to better understand how risk assessment should influence decisions before a robot application goes live. - You collaborate across functions and need to **communicate safety reasoning clearly** with teammates, customers, reviewers, or leadership. - You are part of the broader **robotics community** and want a technically grounded meetup that goes beyond high-level discussion into methodology you can actually use. - You have encountered uncertainty around how to apply standards in practice and want a session that helps you connect the language of ISO 10218 to real robot application thinking.