Princeton University

Overview

The Mechanical and Aerospace Engineering program at Princeton University equips students with the skills needed to design, analyze, and construct systems that address real-world engineering challenges. Through a blend of theoretical knowledge and practical application, learners engage in hands-on project work and have the opportunity to undertake a senior thesis, fostering collaboration across engineering and interdisciplinary fields.

What you'll study

Core learning and project work

• Senior Independent Work: A capstone-style independent project allowing students to apply their knowledge in a practical context.
• Senior Thesis: An option for students seeking to delve deeper into research and design projects under faculty guidance.

Coursework themes (examples)

• Engineering Design
• Mechanical Design
• Aircraft Design
• Automatic Controls

Interdisciplinary collaboration

• Students collaborate with faculty and research groups across various departments, integrating mechanical systems with aerospace, computing, materials, and other engineering disciplines.
• Independent project proposals can be developed with the support of faculty advisors.

Entry requirements

The entry requirements for the Mechanical and Aerospace Engineering program include:

• A completed application submitted online via the Coalition Application or Common Application.
• An official transcript sent by your school counselor or designated school official.
• A School Report submitted through the Common Application website.
• A Counselor Recommendation (note that the School Report and Counselor Recommendation are distinct items on the Common Application).
• SAT or ACT scores may be required or considered, depending on the admissions cycle.

Tip: It is advisable to verify the most current admissions requirements directly with Princeton University, as policies may change over time.

Career prospects

Graduates of the Mechanical and Aerospace Engineering program are well-equipped to pursue diverse career paths in various industries. With expertise in engineering design and project management, they can find roles in aerospace, automotive, robotics, renewable energy, and manufacturing, among others. The program's emphasis on independent research and interdisciplinary collaboration prepares students for innovative problem-solving and leadership positions in their chosen fields.