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    AI Governance Professional Qualification

    AI Governance Professional Qualification

    Level Professional Duration 4 days
    Available to book: Public classroom Request a quote

    This qualification develops the necessary knowledge and skills to strengthen AI governance by supporting safe and complaint AI adoption. It develops the capabilities to assess the conformance and implementation of an Artificial Intelligence Management System agnostically; with its family of standards; conforming to ISO/IEC 42001 and gain the understanding of the concepts which underpin ISO/IEC 22989:2023 as a normative reference in ISO/IEC 42001:2023, whilst building a risk management system based on ISO/IEC 23894:2023. As a risk-based standard ISO/IEC 42001:2023 provides the option of 38 risk controls that you may determine necessary for manging your AI risks. It will provide an oversight into how to implement these controls if they are necessary for the effective implementation of an AIMS and be provided with the understanding and tools to conduct an AI System Impact Assessment, either in isolation or as part of an ISO/IEC 42001:12023 AI management system.

     

    The AI Governance Professional builds on the AI Governance Practitioner by developing an even fuller knowledge base, providing a more technical understanding.

    How will I benefit?

    This qualification will help you by giving you the knowledge and skills to:

    • Identify and apply the benefits and requirements for an ISO/IEC 42001 management system
    • Understand what is needed to develop an AI system 
    • Understand key terms and definitions associated with AI, AI System Impact Analysis
    • Create and develop the framework for your own Artificial Intelligence Management System (AIMS), build a risk management system and build awareness and support across your organization 
    • Apply the best practice controls in ISO/IEC 42001:2023 with a clear rationale behind the processes and usages associated with the controls 
    • Understand risk terminology and how they apply in mitigating threats and delays
    • Implement the controls more effectively through clear and practical guidance 
    • Understand what is needed to develop an AI System Impact Analysis process 
    • Deliver the implementation of AI System Impact Assessments 
    • Build a toolset of methods that can help identifying and assessing bias and fairness issues
    • Identify potential sources of unwanted bias and terms to specify the nature of potential bias
    • Addressing unwanted bias through treatment strategies
    • Gain a comprehensive grasp of the fundamental principles and guidelines for building trustworthy AI systems
    • Acquire skills to assess and mitigate threats and risks associated with AI decision-making, reducing the potential for unintended negative consequences and bolstering the reliability of AI systems
    • Understanding the principles of controllability and explainability will allow you to create AI models and applications that provide clear explanations for their decisions, building trust with end-users and stakeholders
    • Build a toolset of methods that can help identifying robustness issues 
    • Understand the different types of data perturbations, and their use in the creation robustness test data sets
    • Design workflows to detect and address robustness concerns
    • Take steps to ensure that the assessment of robustness is part of the development and deployment of AI systems involving neural networks
    • You will have the knowledge to: 

      • Explain the purpose and business benefits of an Artificial Intelligence Management Systems (AIMS) and AIMS standards (history, terms, definitions, concepts and principles)
      • Understand why risk management is an important organizational activity and recognize ISO/IEC 23894 as part of a larger framework of standards  
      • Be able to define the key terms and principles within ISO/IEC 23894 and effective AI risk management systems and the relationship between AI System Impact Assessments, ISO/IEC 42001 and ISO/IEC 23894 
      • Possess the knowledge to create a risk management framework and how an AI System Impact Assessment fits
      • Understand the importance of a risk management audit 
      • Explain the purpose and background of ISO/IEC 42001:2023 
      • Explain the scope and structure of ISO/IEC 42001:2023 annex A 
      • Mitigate bias-related vulnerabilities
      • Mitigate vulnerabilities in AI systems and improve their trustworthiness
      • Investigate approaches for evaluating trustworthiness and implement trustworthiness measures in AI system design
      • Understand ethical and societal implications of Trustworthy AI
      • Describe the main principles behind data perturbation and abstract interpretation

       

      You will have the skills to:  

      • Identify and apply the scope, contexts, and risk criteria for a given prompt and perform a risk analysis
      • Identify the documents needed in a risk management file and be familiar with adapting changes into a risk management file  
      • Recognize the different best practice controls recommended by ISO/IEC 42001:2023 and the benefit of implementing those appropriate to you 
      • Conduct an AI System Impact Assessment 
      • Recognize and detect unwanted Bias in AI system
      • Apply measurement techniques and methods to assess bias and fairness
      • Control and treat of unwanted bias throughout an AI system life cycle (Design, and Development, Verification and Validating, Deployment)
      • Analyse the factors affecting trustworthiness in AI systems and understand existing approaches for enhancing trustworthiness
      • Assess the application of trustworthiness approaches to AI systems
      • Understand vulnerabilities and threats in AI system that can undermine their trustworthiness
      • Apply the methods provided by the standard to detect robustness issues arising in the development and deployment of a deep learning system
      • Construct protocols to assess robustness of a neural network
      • Those who will be involved in advising top management on the introduction of ISO/IEC 42001 into an organization
      • Anyone working with AI, including consultants
      • Anyone involved in implementing, auditing, maintaining or supervising of an ISO/IEC 42001 AIMS 
      • Data Scientists
      • Data Analysts
      • Data Engineers
      • Machine Learning Engineers
      • AI architects
      • It will help if you have experience of conducting internal audits or implementation
      • If you have already completed the AI Governance Foundation and or AI Governance Practitioner qualification in the last 3 years you will only need to complete the 
      • The qualification will only be awarded if all components are successfully completed within 3 years
    • This qualification comprises of 8 mandatory courses and 8 assessments:

      • ISO/IEC 22989:2023 Understanding AI Concepts and Definitions
      • ISO/IEC 42001:2023 Requirements
      • Implementing ISO 42001 Controls
      • Understanding and Implementing an AI system Impact Assessment
      • ISO 23984 AI Risk Management
      • ISO 24027 Bias in AI Systems and AI Aided Decision-making
      • ISO 24028 Trustworthiness in Artificial Intelligence
      • ISO 24029 Assessment of the Robustness of Neural Networks 
      • On successful completion of the qualification, you’ll receive a BSI Mark of Trust that can be shared within your organization and across your network of contacts
      • In addition, you will be awarded an internationally recognized BSI training course certificate for each of the completed courses and exams
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