Program Overview

The Master of Engineering in Mechanical and Aerospace Engineering (MEng in MAE) features coursework in both aerospace and mechanical engineering, providing students with fundamental engineering knowledge in the broad set of core disciplines required in these fields. Cutting-edge coursework includes additive manufacturing, drone design and analysis, and smart manufacturing. Students also have the option to complete an advanced manufacturing specialization.

This fully online program is taught by the same industry experts who teach on campus. Students will further benefit from attending a graduate program at an excellent institution. Rutgers is ranked No. 16 Public University and No. 72 Best Graduate Engineering School by U.S. News & World Report.

Rutgers is the only public university in New Jersey to offer an aerospace degree.

Students have the opportunity to attend weekly online lectures live or can view the recording at a later time that best suits their schedules. Assignments include hands-on problem-solving with real-world applications, presentations, and projects. Students also complete an in-depth study, analysis, and design for an engineering project as part of their studies.

A Rutgers mechanical and aerospace engineering master’s degree is an excellent opportunity for individuals to refresh their skills and learn new ones. Our graduates master the essential theories of practice in mechanical and aerospace engineering to prepare for advanced employment in their field.

“We consider it our job to help students form industry connections. This varies from individual connections to institutional support, including career fairs and the career guidance and development center. We have events year-round to help students network. We also have an industry advisory board.”

Hao Lin, PhD, Professor, Packaging Engineering Undergraduate Director, Master of Engineering in Mechanical and Aerospace Engineering

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To learn more about the online Master of Engineering in Mechanical and Aerospace Engineering and download a brochure, please fill out this form. You can also reach an enrollment specialist directly by calling 848-305-1548.

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Program Outcomes

The MEng in MAE trains students in the scientific and engineering fundamentals necessary for success in the mechanical and aerospace engineering fields. The curriculum combines theoretical instruction with hands-on application through interactive coursework and projects.

Graduates will be able to:

  • Attain mastery of the essential aspects of practice and research in mechanical and/or aerospace engineering
  • Conduct in‐depth study, analysis, and design for an engineering project
  • Apply advanced knowledge to solve real-world engineering challenges
  • Prepare to be professionals in the mechanical and/or aerospace industries or related fields, or for further graduate studies.

Career Outcomes

Graduates of the MEng in MAE are equipped for a wide variety of roles in both mechanical and aerospace engineering, and benefit from the growing demand in both fields.

According to the U.S. Bureau of Labor Statistics (BLS), employment for mechanical engineers is projected to grow 11% from 2023 to 2033, much faster than average, with a median annual salary of $102,320 as of May 2024. For aerospace engineers, the BLS projects 6% job growth over the same period, also faster than average, with a median annual salary of $134,830 in May 2024.

In-Demand Jobs and Industries for Mechanical and Aerospace Engineers

Job Titles Industry Example Employers
Aerospace Engineer Aerospace & Defense Boeing, Lockheed Martin
Thermodynamics Engineer Aerospace, Energy Northrop Grumman, GE
Aeronautical Engineer Aviation, Aerospace Airbus, Raytheon
Robotics Engineer Robotics, Manufacturing Boston Dynamics, ABB
Manufacturing Engineer Advanced Manufacturing Siemens, Caterpillar
Design Engineer Automotive, Tech Tesla, Apple
Propulsion Systems Engineer Aerospace, Space SpaceX, Blue Origin

FAQs


An interdisciplinary master’s in aerospace and mechanical engineering broadens your expertise and career options, making you more competitive for roles in both areas. At Rutgers, we provide you with core coursework that covers essential topics in both areas, offering an efficient path to dual qualifications.


For a full list of up-to-date admission requirements, visit our admission page.


For the online Master of Engineering in Mechanical and Aerospace Engineering, 542:527 Methods of Applied Mathematics and a seminar course are required, followed by elective courses. Students selecting the advanced manufacturing specialization will have additional required courses. See the MEng in MAE curriculum page for more details.


Financial aid and external scholarship opportunities are available to admitted students through the Financial Aid Office and the Free Application for Federal Student Aid (FAFSA). Visit our tuition page for details.


Students typically complete the MEng in MAE in 1.5 years, but this can be tailored depending on the number of credits a student’s schedule allows them to take.

Visit our FAQ page to learn more about the MEng in MAE.