While civil engineering drives global development, traditional infrastructure paradigms—such as concrete-heavy urban environment, uncontrolled land development and carbon-dense and time wasting urban sprawl—have severely degraded natural ecosystems and accelerated climate vulnerability. These failures expose a critical flaw in the profession: defining civil engineering strictly by technical proficiency rather than planetary stewardship.

Civil engineers must operate within an explicit "responsibility domain" that holds environmental ethics equal to structural integrity.

Currently, higher education and Continuing Professional Development (CPD) programs prioritize technical metrics, leaving responsibility underemphasized, while existing Codes of Ethics largely act as passive compliance mechanisms rather than proactive design constraints.

To bridge this gap, the speaker proposes replacing the traditional learning domains (Cognitive, Psychomotor, Affective) with the KSR Framework: Knowledge, Skills, and Responsibility. By elevating the R (Responsibility) into a core, measurable pillar of future engineering curricula and professional licensing, KSR transforms planetary duty from an abstract value into an active competency, ensuring civil engineers actively safeguard the long-term health of the planet.