Julius Howard

Julius Howard serves as a key procurement lead within the W6QM Micc-ft Stewart under the Department of the Army, responsible for managing mission-critical acquisitions that sustain Army installations and training infrastructure. His work centers on securing commercial and institutional construction services, with a primary focus on computer systems design to support facility automation, energy management, and digital infrastructure modernization. He ensures alignment with Army readiness objectives by overseeing the full lifecycle of service contracts—from solicitation to award and performance monitoring—prioritizing technical precision and compliance with federal acquisition regulations. Howard maintains a consistent working relationship with X CELL MANAGEMENT INC, a trusted contractor delivering integrated systems design and implementation for military facility operations. His procurement approach emphasizes long-term vendor partnerships grounded in performance reliability, technical innovation, and regulatory adherence. He routinely engages with vendors capable of delivering complex, mission-enabling IT solutions that interface with physical infrastructure, fostering collaborative relationships that support sustained operational capability. His contracting activity is fully aligned with Small Business Set-Aside preferences under FAR 19.5, with 100% of his procurements designated for small business participation. This reflects a deliberate and institutionalized commitment to expanding economic opportunity among small businesses, ensuring that contracting opportunities directly support the growth of qualified small firms in the federal marketplace. Howard’s procurement portfolio is exclusively focused on NAICS 541512—Computer Systems Design Services—reflecting deep expertise in procuring software-defined facility systems, building automation controls, cybersecurity-integrated network infrastructure, and data-driven maintenance platforms. He specializes in acquiring solutions that enable smart installations, predictive maintenance, and energy-efficient operations, ensuring Army facilities remain technologically current and operationally resilient.