The Malaysian construction industry is currently challenged by rapid technological disruption, complex regulatory frameworks, and increasing demands for sustainable and cost-effective solutions. This study identifies key strategies for integrating 3D construction printing into Malaysian residential projects, focusing on overcoming barriers such as material selection, regulatory approval, and high initial costs. Through thematic analysis of interviews with construction professionals, the research explores how the selection of suitable, locally available materials and compliance with evolving building regulations are critical to successful adoption. The findings also highlight the significant upfront investment required for 3D construction printing technology, emphasizing the need for financial incentives and government support. Additionally, the study underscores the importance of workforce training, supply chain development, and cross-sector collaboration to facilitate technology transfer and address skill gaps. By providing practical recommendations tailored to the Malaysian context, this research offers valuable insights for policymakers, industry practitioners, and investors seeking to enhance the sustainability and competitiveness of the construction sector. The study’s original contribution lies in its comprehensive examination of the unique material, regulatory, and economic challenges facing 3D construction printing in Malaysia, and in its proposal of actionable strategies to support industry-wide innovation and sustainable development.