Grounded in the Jesuit approach to education, the School of Engineering’s vision is to educate the whole person to solve society’s most complex problems. Our vision is an engineering community that ...

With rising geopolitical tensions, an exponential rate of technological innovation that is disrupting and leapfrogging existing capabilities and a growing workforce skills gap, the competitive ...

Digital Mission Engineering (DME) enables the rapid performance analysis of engineered systems in their virtual mission environment using a physics-based systems-of-systems simulation able to ...

This study will review the critical facilities, workforce, and technology needed to achieve NASA’s long-term strategic goals and mission objectives. The Committee will consider NASA's mission ...

Atlanta, GA — CM Mission Critical Engineering, LLC (CM|MC) proudly celebrates its one-year anniversary this spring! Founded in 2024 by industry veterans Tim Campbell, PE, and Matt Mumpower, PE, CM|MC ...

Space mission engineering is the definition of mission parameters and refinement of requirements so as to meet the broad, often poorly defined, objectives of a space mission in a timely manner at ...

Infrastructure failure is inevitable. National defense missions rely upon infrastructure — such as water, electricity, communications, and logistics — and those systems are guaranteed to fail under ...

This chart shows how Joint All-Domain Command and Control works, and just how complicated it is. (Department of Defense) Digital transformation is occurring at most companies and organizations across ...

Mission-critical facilities—encompassing data centers, biomedical manufacturing complexes, petrochemical refineries, and energy infrastructure—depend fundamentally upon the reliability and predictive ...

We enable students to succeed in upper level engineering curricula through the following activities: Delivering and administering an innovative first-year engineering program that undergoes continuous ...