This research generates a novel interdisciplinary framework bridging critical gaps in construction theory by integrating Design for Manufacture, Assembly, and Logistics (DfMAL), Lean principles, and Building Information Modeling (BIM) with active social engagement. Theoretically, the study expands existing DfMAL literature by developing Arctic-specific guidelines for components, addressing challenges like extreme climates and logistical barriers. It advances Lean Construction by demonstrating efficacy in remote environments, optimizing workflows, and minimizing waste. Furthermore, it contributes to BIM research by moving beyond technical coordination to incorporate cultural and community elements into design processes. Practically, the framework enhances construction efficiency by streamlining operations and improving project timelines. Utilizing a Common Data Environment (CDE) facilitates seamless collaboration, aligning stakeholders to reduce errors across the design and assembly stages. Tailored DfMAL principles support sustainable housing in harsh environments. Finally, this research promotes knowledge transfer via participatory workshops, equipping local communities with advanced construction and project management skills.