Sustainable housing projects face unique risks that require specialized management strategies. This research explores strategies for identifying and mitigating risks associated with sustainable housing projects and presents a comprehensive risk management framework tailored to the distinctive challenges of sustainable construction. The risk management framework begins with a detailed process of risk identification, categorizing risks into environmental, economic, social, technological, and regulatory/legal domains. Mitigation strategies are developed for each risk category. For environmental risks, strategies include sustainable sourcing, climate resilience design, and waste reduction programs. Economic risks are mitigated through cost management, thorough market analysis, and diversified funding. Social risks are addressed through community engagement, training programs, and strict health and safety protocols. Technological risks are managed through pilot projects, quality assurance measures, and expert system integration. Regulatory and legal risks are mitigated by regular compliance monitoring, legal advice, and obtaining sustainability certifications. Continuous risk monitoring and review are essential components of the framework. Regular audits, key performance indicators (KPIs), and feedback loops ensure ongoing assessment and adaptation of risk management strategies. Effective communication and reporting, both internally and externally, maintain transparency and stakeholder engagement. The framework also emphasizes the importance of governance and responsibility, with a dedicated risk management team and strong leadership commitment to prioritizing risk management in sustainable construction. By implementing this comprehensive risk management framework, stakeholders in sustainable housing projects can proactively address risks, enhance project success, and contribute to the broader goals of environmental sustainability and social responsibility. Keywords: Mitigation Strategies, Risk Management, Framework, Sustainable construction
Nneka et al. (2025) studied this question.