Joan M.
Senior Spacecraft Systems Integration Engineer @NASA - National Aeronautics and Space Administration
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WORK HISTORY
Senior Spacecraft Systems Integration Engineer @NASA - National Aeronautics and Space Administration
Kennedy Space Center, FL, US
Mission Integration Engineer for the Launch Services Program launching scientific payloads on commercial launch vehicles
EDUCATION
Towson University
Bachelor of Science - BS, Chemistry
Naval Postgraduate School
Master of Science - MS, Systems Engineering
University of Maryland
Bachelor of Science - BS, Chemical Engineering
ABOUT JOAN M.
I lead complex space missions at the intersection of spacecraft development, launch vehicle integration, and enterprise alignment, ensuring technical systems, organizations, and stakeholders move toward flight with clarity and purpose.As a Senior Mission Integration Systems Engineer supporting NASA science missions, I drive cross-functional integration from early requirements architecture through launch readiness. My role spans requirements governance, interface control strategy, verification oversight, and executive-level milestone reviews, translating mission intent into executable, risk-informed action across government and commercial partners.I operate in high-consequence environments where systems thinking, decision velocity, and disciplined risk posture management directly impact mission success.Core focus areas:• Enterprise mission integration strategy• Requirements & verification architecture (ICDs, VCRM, risk tracking)• Multi-agency spacecraft–launch vehicle interface management• Executive readiness reviews (PDR, CDR, LVRR, MSSAR)• Technical-to-executive translation and decision supportMy background bridges chemical engineering, chemistry, reliability engineering, propulsion systems, aerospace integration, and commercial launch, enabling me to align deeply technical teams with broader strategic objectives.Beyond mission execution, I am the voice behind YourFemaleEngineer, a public platform focused on demystifying complex aerospace systems, advocating for inclusive leadership, and strengthening the future technical workforce. I believe technical leaders have a responsibility not only to build systems, but to expand access, representation, and understanding of the systems we build.The future of aerospace will be shaped by leaders who can integrate across disciplines, sectors, and communities.
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