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They also apply to such things as engineering systems and processes that we use to operate our businesses As engineers we attempt to compensate for this loss by including safeguards in our designs in addition

As a compliance engineer, I've noticed a common misconception: that compliance is primarily about audits integration Integration Layer Master Data Management Process Orchestration Workflow Automation Business Rules Engine

CAST analysis Cybernetic regulation And others Regardless of methodology,  we need advanced software engineered

The Problem That Won't Go Away I'm an engineer. I think about systems. He serves on OSPE's AI in Engineering committee, and is the AI Committee Chair for E4P.

Traditional engineered systems are static entities with predefined, unchanging behaviours. creating innovative regulation mechanisms Policymakers establishing forward-looking governance structures Engineers

As a young engineer in the 1990s, I took on the role of IT Manager, my first management position. On the design and engineering front, we were adopting advanced Computer Aided Design (CAD) technologies

Erik Hollnagel writes in the book Resilience Engineering (2009) that companies are resilient if they

Technically , we must build robust safety mechanisms and engineering practices.

more importantly, something that requires a measure of precaution, a duty of care, and professional engineering

It's the application of knowledge (engineering) which builds our realities. This is something professional engineers are already trained to do and why they need to be at the table

As a compliance engineer with 30+ years of experience, I've learned that not all metrics are created

In compliance, obligations are the requirements, and promises are the specifications used to engineer What if there was a way to streamline compliance in the same way that software engineers refactor code