A professor in the immersion lab with satellite images of Hoboken and New York Harbor in the background

Space Systems Engineering Graduate Certificate

Program Details

Degree

Certificate

Available

On Campus & Online

Contact

Office of Graduate Admissions 1.888.783.8367[email protected]


Who Should Consider This Certificate

This certificate is well suited for:

  • Engineers and technical professionals seeking to transition into or broaden their impact within the aerospace, defense, and commercial satellite industries.

  • Graduate students looking to add a rigorous space systems perspective, including orbital mechanics and satellite design, to their academic or professional profile.

  • Working professionals who value the flexibility of online learning as well as students seeking an on-campus experience.

  • Individuals interested in roles involving spacecraft systems integration, mission engineering, space operations, or technical management.

Educational Objectives

The Space Systems Engineering Graduate Certificate is designed to:

  • Develop space-systems-minded professionals who can navigate the unique complexity, constraints, and environmental hazards of the space domain.

  • Prepare students to contribute to and lead multidisciplinary efforts in mission design, spacecraft integration, verification and validation and operations.

  • Enhance career mobility by building transferable systems engineering skills grounded in space mission and spacecraft applications.

  • Complement graduate degree programs with a strong foundation in space systems engineering principles.

Educational Outcomes

Upon completion of the Space Systems Engineering Graduate Certificate, students will be able to:

  • Think holistically about complex systems, synthesizing stakeholder needs and space mission objectives into comprehensive architectures that optimize hardware, software, and operational elements.

  • Apply space mission engineering concepts, including astrodynamics and space environments, to support effective decision-making and develop viable spacecraft designs.

  • Evaluate trade-offs and risks across the lifecycle of complex space systems.

  • Collaborate and communicate effectively in multidisciplinary, team-based environments, validating designs using industry-standard tools.