IT, Communications & Missions Systems Engineering
Serving as the U.S. Government’s systems and software integration stewards, we apply our unique SE&I methods, techniques, and tools to help defense, intelligence and civil agencies build and integrate some of the world’s most sophisticated information technology, communications, and mission systems. ISHPI’s AIS SE&I capabilities enable clients to deliver complex systems that strengthen mission capabilities within cost and schedule constraints. Our proven and trusted engineering processes, tools, and experience coalesce to establish, integrate, and manage a system’s technical, cost, risk, and schedule information in a single, integrated baseline that evolves throughout the system’s lifecycle.
Mission Assurance Engineering and COOP
In support of our clients’ missions, ISHPI delivers experienced systems and software engineers who enable complex systems to successfully execute their mission, even when under attack through cyberspace. In large, dispersed and complex systems it is difficult to know how problems within a portion of an IT and software infrastructure may affect the broader operational mission. ISHPI provides a methodology that helps our engineers understand what is most critical—beginning during systems development and continuing through system deployment. Our SMEs converse in best practices and principles to analyze and identify assets that are critical to accomplishing an organization’s mission.
Acquisition and Program Management
Today’s large-scale systems often involve multiple acquisition organizations, increasing technical and programmatic complexity. Our SMEs serve as highly valued stewards of excellence, providing objective and unbiased advice and independently addressing organizational conflicts of interest. With decades of experience supporting large system acquisitions, ISHPI’s AIS engineers apply a blend of SE&I science and art to improve human-to-machine interaction and increase user satisfaction. Their knowledge and experience helps ensure that complex systems are developed and acquired on time, within budget, and within expected quality performance parameters while managing risk.