applied sciences such as: computer, sustainability, environmental, bio-medical, social, cybersecurity, safety , aerospace, risk, process safety, and many many more – most likely hundreds of fields. For example, the use of engineering stamps on drawings as a way to help provide assurance of public safety We also need their commitment to public safety and to do good which requires a modern day stamp of assurance

What do quality, safety, security, sustainability, environmental, regulatory and ethics programs have

mission success, start with a Golden Thread Diagnostic: a fixed-scope assessment of one program — in safety

ensuring that a building has adequate fire protection systems or that employees receive comprehensive safety By transferring these irreducible risks to an insurance company, organizations can create a safety net

every future change before it is made is evaluated against how it impacts the design and associated safety

Similarly, if the goal is both productivity and safety then the system will optimize for both. identifying and documenting commitments (i.e. promises) to organizational obligations associated with safety

Stakeholder Value is everything an organization delivers to all of its stakeholders: quality, safety, A safety manager's role becomes: conduct risk assessments, track corrective actions, deliver training Compliance, safety, and quality professionals are the people who know what these roles actually do.

This is like having the same safety regulations for bicycles and fighter jets because both involve "transportation Instead, it creates frameworks around containment, safety systems, operator licensing, and emergency treats powerful general-purpose AI models like GPT-4 as requiring transparency rather than the stringent safety to create emergent system behaviors, identifying failure modes across the entire system, building in safety

frameworks that optimize for efficiency, innovation, or economic advantage while systematically eroding the safety

management, and social components to work together as a system to achieve compliance outcomes such as: safety Engineering principles related to safety, security, climate change, environmental, etc. Management programs and standards: quality, safety, environmental, sustainability, security, IT, etc. In keeping with these basic tenets, professional engineers shall: Hold paramount the safety, health and welfare of the public and the protection of the environment and promote health and safety within the

Verification and Validation (V&V) The medical device life-cycle model, known for its stringent focus on safety focus on maximizing the asset’s value and performance, the Medical Device approach would prioritize safety organizations create a robust, multi-faceted approach to managing AI risk, reliability, performance, and safety

systems, algorithms, or data used by external partners don’t meet your organization’s standards for safety specialize in helping organizations implement effective compliance strategies and programs supporting safety