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Design of Building Systems Is Systematically Sequenced and Interdisciplinarily Coordinated

2.1 Introduction to Project Management 2.1.1 Project Integration Management 2.1.2 Scope Management 2.1.3 Schedule Management 2.1.4 Project Cost Management 2.1.5 Project Quality Management 2.1.6 Project Resource Management 2.1.7 Project Communications Management 2.1.8 Project Risk Management

2.1.8 Project Risk Management

Risk management is a critical component of the consultant’s responsibility during the design of building systems—including architectural, structural, mechanical, and electrical works. It involves the systematic identification, analysis, response planning, monitoring, and control of potential events that could impact the quality, schedule, coordination, compliance, or cost of the design effort.

In accordance with the PMBOK® Guide’s Risk Management knowledge area, the consultant begins by developing a Risk Management Plan tailored to the design scope. Risks are identified early in the project through multidisciplinary workshops, historical data, and stakeholder inputs. These risks may include unclear client requirements, regulatory changes, design scope creep, coordination conflicts, technology limitations, or delays in receiving inputs from other consultants.

Each risk is assessed based on its likelihood and impact on design performance and deliverables. The consultant then defines mitigation strategies—such as additional reviews, early coordination meetings, contingency resources, and phased design submissions—to reduce risk exposure. Risks that cannot be mitigated are documented and monitored throughout the project using a risk register.

By actively managing risks, the consultant protects the integrity of the design process, ensures alignment with the project timeline and budget, and enhances the reliability and constructability of building system designs.

2.1.9 Project Procurement Management 2.1.10 Project Stakeholder Management
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