Eileen Hamalian

Eileen Hamalian serves as a Clothing Designer responsible for the development, specification, and procurement of specialized textile-based apparel and protective gear tailored to operational requirements. In her role, she acts as a technical liaison between end-user needs and acquisition teams, ensuring that garment designs meet performance, durability, and regulatory standards for functional use. Her acquisitions focus on technical textiles, including moisture-wicking fabrics, flame-resistant materials, and engineered seams, aligning with mission-critical clothing systems. She plays a pivotal role in translating user requirements into detailed technical specifications that guide contract solicitation and evaluation criteria. While no specific contractor relationships are currently documented, her procurement patterns indicate consistent engagement with textile manufacturers and finishing mills capable of producing high-performance apparel under strict quality control protocols. She typically collaborates with vendors possessing expertise in dyeing, laminating, and coating processes, favoring suppliers with established certifications in textile testing and compliance with federal performance standards such as NFPA and ASTM. Her working relationships are characterized by technical collaboration, prototype validation cycles, and iterative design feedback loops. Eileen’s procurement activity is entirely classified under “No Set-Aside,” reflecting a primary emphasis on technical capability and performance rather than socioeconomic preferences. This pattern suggests that her acquisitions prioritize functional suitability and material integrity over socioeconomically targeted contracting, though it does not preclude small business participation when vendors meet technical thresholds. Her sole NAICS focus is 313310 (Textile and Fabric Finishing Mills), underscoring deep specialization in the transformation of raw textiles into finished, high-performance garments. She procures custom-engineered apparel requiring advanced finishing techniques, including water-repellent treatments, antimicrobial coatings, and thermal regulation technologies, demonstrating domain expertise in functional textile engineering and production scalability.