Aislen Bacalso

Aislen Bacalso serves as the primary procurement lead for the Department of Hawaiian Home Lands, overseeing the acquisition of critical infrastructure and renewable energy systems essential to advancing homesteading and community development on Hawaiian Home Lands. In this role, Bacalso manages the full lifecycle of contracting actions—from market research and solicitation development to award and contract administration—with a sharp focus on enabling land readiness through utility expansion and sustainable energy solutions. Their work directly supports the agency’s mission to deliver safe, resilient, and culturally appropriate housing by ensuring timely delivery of high-priority infrastructure projects. Bacalso collaborates with a diverse range of contractors specializing in solar energy generation, civil construction, and utility system design, though no single vendor dominates the procurement landscape. Relationships are built on technical competency, compliance with environmental and cultural preservation standards, and demonstrated capacity to deliver on remote, sensitive sites. Vendor partnerships are typically performance-based, with emphasis on local Hawaiian businesses and firms experienced in working within Native Hawaiian cultural contexts. Bacalso’s procurement strategy reflects a clear preference for open competition, with 100% of acquisitions conducted without set-aside designations. While there is no formal preference for 8(a), HUBZone, or SDVOSB programs, the agency’s emphasis on community-based development inherently encourages participation from Native Hawaiian-owned enterprises and local contractors with deep ties to the islands. The primary technical focus is on NAICS 221114—Solar Electric Power Generation—with all acquisitions centered on photovoltaic systems, grid interconnection, energy storage, and related infrastructure to power homestead developments. Bacalso’s expertise lies in procuring turnkey solar solutions that meet Hawaiian Home Lands’ unique demands for off-grid resilience, environmental sustainability, and long-term operational reliability in tropical, coastal environments.