This is a "Basic" but a "Must" module  explaining the Legal Framework for Machine Safety with a special regard to the  Responsabilities/Liabilities of each player in a mobile robot project. 

We have a deep dive into the CE Machine Directive, the latest UKCA requirements and the USA OHSA regulation.

Moreover, we check what are the correlations between them and what are the general requirements to comply with for AGV/AMR import/export. 

 This module emphasizes on the different responsabilities and legal liabilities of the mobile robot stakeholders (manufacturer, importer/integrator, end user) cosidering the latest regulations. 

LESSONS

1 - What is an AGV - AMR? The Standard Nomenclature point of view
2- Legal Framework Main Standards (ISO - ANSI) and their correlation
3 - CE and UKCA compliance and their correlation
4 - CE Stakeholders Responsability
5 - USA Legal Framework Overview
6 - Liability Example Case

The second module is a crucial step in mastering the application of various standards and regulations behind mobile robot projects.

Participants will acquire practical knowledge of the Standards Structure, their type, obligatoriness and applications. 

Lessons 

1 - Standards Structure - CE Declaration- CE Regulation

2 - Type A, B, C, TS, TR Standards

3 - Overview Mobile Robot Type ABC Standards

4 - Harmonized Standards

5 - Steps for use of ISO12100 and type-B and type-C standards

Unlock the critical skills of risk identification in our third module. Focused on both individual mobile robots and their operational settings, this module is key for proactively identifying and managing safety risks, setting the stage for a secure and compliant operation.

Lessons

1 -What is Risk Assessment - 4 Steps Process
2 -Machine and Environment Risk Assessment Overview
3- AGV+COBOT Risk Assessment Example
4- Responsabilities Reminder
5- Risk Assessment Template Overview
6- Risk Calculation Methods
7 - Environment Risk Overview
8- Consequences and Responsabilities

Now, it is essential to understand what is risk reduction and how to perform it.

We'll engage with the step-by-step risk reduction process and compare the nuances between B11.0: 2020 and ISO 12100:2010.

We'll discover the Sistema software, and learn how to minimize residual risks in your environmental risk assessments.

This module equips you with the tools and knowledge needed to confidently tackle risks and enhance safety in your mobile robot operations.

What are the main standards for safe mobile robots? 

We'll have an overview of the foundational standards ISO 3691-4:2023, EN 1175:2020, ANSI/ITSDF B56.5-2019, B15.08, UL3100... and more

In this chapter on "Navigation and Operation of Mobile Robots," we delve into the operational aspects of mobile robotics, particularly focusing on hazard zone classification and safety.

We'll explore how to conduct thorough environmental risk assessments, identifying potential hazards in areas where mobile robots operate.

Understanding and classifying these hazards, from close human interactions to operations near other machinery, is crucial.

The chapter will also detail the designation and management of different zones such as Operating, Hazard, Restricted, and Confined Zones, emphasizing the importance of implementing necessary precautions based on identified risks for ensuring safe and efficient robot operations.

New technology trends like AI and autonomous behaviour represent a great opportunity for mobile robots... on the other hand these new entries bring more safety challenges that regulation and technology must take into consideration. 

Interoperability? Digital Twin? Swarm Fleets?