David L. Hilker

David L. Hilker serves as Lead Engineer, providing technical oversight and procurement guidance for scientific and technical consulting services within his organization. In this role, he acts as a critical liaison between mission requirements and acquisition strategy, ensuring that contract solicitations align with engineering standards, performance metrics, and technical feasibility. He is responsible for defining statement of work requirements, evaluating technical proposals, and advising contracting officers on complex engineering deliverables. His acquisitions typically involve high-skill, non-manufacturing services requiring deep domain expertise in applied research, systems analysis, and technical advisory support. While specific contractor names are not publicly available, Hilker consistently engages with a diverse pool of qualified technical consultants and professional services firms capable of delivering high-integrity, evidence-based solutions. His procurement patterns reflect a preference for firms with proven experience in scientific methodology, data-driven analysis, and engineering consulting. He fosters collaborative vendor relationships grounded in technical transparency, rigorous performance evaluation, and adherence to federal acquisition regulations, particularly in the evaluation of technical merit and past performance. Hilker’s contracting portfolio is entirely non-set-aside, with 100% of awards issued under full and open competition. This reflects a strategic emphasis on selecting the most technically capable vendor regardless of socioeconomic status, prioritizing expertise and performance over programmatic preferences. While he does not routinely utilize 8(a), HUBZone, or SDVOSB set-asides, his approach remains compliant with all federal small business goals and supports voluntary participation when vendors meet stringent technical criteria. His primary focus is on NAICS 541690—Other Scientific and Technical Consulting Services—encompassing specialized engineering analysis, operational research, systems engineering support, and technical advisory services. He procures high-level consulting expertise in areas such as systems integration, technical feasibility studies, and performance optimization for complex operational environments, demonstrating deep domain knowledge in applied engineering and technical evaluation methodologies.