Stephanie U Akles

Stephanie U. Akles serves as a procurement professional responsible for managing complex technical acquisitions across high-priority federal technology and engineering domains. Her work supports mission-critical capabilities in communications systems, electronic components, and custom software development, aligning with agency objectives to modernize infrastructure and enhance operational efficiency. She handles full lifecycle contracting actions—from market research and solicitation development to award and performance monitoring—ensuring compliance with federal acquisition regulations and technical requirements. Her portfolio emphasizes solutions requiring specialized engineering expertise and advanced manufacturing capabilities. While no specific contractor relationships are identifiable in current data, her procurement patterns suggest consistent engagement with firms capable of delivering bespoke computer programming, aerospace-grade electronics, and integrated communications equipment. She likely collaborates with both large prime contractors and mid-tier suppliers possessing relevant ITAR, CMMC, or ISO certifications, fostering partnerships that meet stringent technical and security standards. Her contracting approach emphasizes performance-based outcomes and robust technical evaluations. Akles’s procurement activity is entirely focused on open competition, with no set-asides applied to her awards, indicating a preference for unrestricted sourcing based on technical merit and value. This reflects a strategic alignment with mission needs requiring specialized capabilities that may not be readily available among small business concerns, or where scale and urgency necessitate broader market competition. Her primary NAICS focus centers on Custom Computer Programming Services (541511), Engineering Services (541330), and three manufacturing categories: Other Communications Equipment Manufacturing (334290), Other Electronic Component Manufacturing (334419), and Aircraft Manufacturing (336411). This combination reveals deep expertise in procuring integrated hardware-software systems for defense, aerospace, and telecommunications applications, where precision engineering and regulatory compliance are paramount. Her work bridges software development with physical system integration, supporting next-generation platforms requiring interoperable, secure, and high-reliability components.