ISO 10218-1 Robots and Robotic Devices Training Overview
The ISO 10218-1 Course introduces participants to the essential safety and design requirements for industrial robots. Focused on ensuring safe integration and use of robotic systems, this course is suitable for engineers, safety officers, and automation professionals. It provides a practical guide to hazard identification, control measures, and validation techniques in line with ISO standards.
Key Topics Covered
Scope of ISO 10218-1: Terminology, structure, and compliance expectations
Hazard Analysis: Risk assessment methods tailored to robot applications
Safety Design: Key mechanical, control, and interface safeguards
Validation Procedures: Verifying system performance and functional safety
Course Benefits
Improve workplace safety: Implement practical measures to reduce robot-related risks
Ensure regulatory readiness: Align with recognised international standards in automation safety
Enhance engineering competence: Build skills in robotic system design and validation
Support collaborative innovation: Understand the requirements for safe human-robot interaction
This course is ideal for individuals involved in the design, operation, or safety oversight of robotic systems. It benefits professionals such as:
Robotics Engineers
Automation Specialists
Safety Officers
Compliance Managers
Maintenance Technicians
Industrial Design Engineers
ISO 10218-1 Robots and Robotic Devices Training Outline
Module 1: Introduction to ISO 10218
Scope
Terms and Definitions
Module 2: Hazards Identification and Risk Assessment
Requirements
Task Identification
Hazards Identification
Risk Reduction
Module 3: Design Requirements and Protective Measures
General Requirements
Actuating Controls
Safety-Related Control System Performance
Robot Stopping Functions
Speed Control
Operational Modes
Pendant Controls
Control of Simultaneous Motion
Collaborative Operation Requirement
Singularity Protection
Axis Limiting and Movement Without Drive Power
Provisions for Lifting and Electrical Connectors
Electrical Connector
Module 4: Verification and Validation of Safety Requirements
General
Verification and Validation Methods
Required Verification and Validation
What You’ll Learn in this Course
By the end of the course, you will be able to:
Understand the purpose and structure of ISO 10218-1
Identify potential hazards in robot design and usage
Apply appropriate design and control measures to reduce risk
Verify and validate safety systems for robotic applications
Support compliance and safe operational integration of robots
What’s Included
ISO 10218-1 Examination
Training led by industry-certified robotic safety experts
ISO 10218-1 Certificate of Completion
Digital Delegate Pack
ISO 10218-1 Robots and Robotic Devices Training Exam Details
To achieve the ISO 10218-1 Robots and Robotic Devices Training, candidates will need to sit for an examination. The exam format is as follows:
Question Type: Multiple Choice
Total Questions: 30
Total Marks: 30 Marks
Pass Mark: 50%, or 15/30 Marks
Duration: 40 Minutes
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Hands-On Learning Experience
Engage with real-world scenarios, interactive tasks, and simulations that bridge theory and practical application.
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Learn from seasoned professionals with deep industry experience and insight into ISO standards and beyond.
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Choose from Online Instructor-Led, Online Self-Paced, or Classroom sessions designed to suit your pace and preferences.
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Frequently Asked Questions
What is the ISO 10218-1 Course about?
This course introduces safety requirements for industrial robots under ISO 10218-1. It guides participants on designing, assessing, and validating safe robotic systems.
Do I need robotics knowledge to join?
No prior robotics or safety knowledge is needed. The course is suitable for beginners and those transitioning into automation roles.
How long is the course?
The course is delivered in 1 day (8 hours) and includes interactive sessions, real-life scenarios, and a final assessment.
Does the course include collaborative robot safety?
Yes, it includes requirements for collaborative operation modes and human-robot interaction as per ISO 10218-1 guidelines.
Can I apply this course to any industry?
Yes, the safety principles in ISO 10218-1 are applicable across various sectors using robotic systems, from manufacturing to logistics.