Integrated Degree Program

Program Overview

The Department of Aerospace Engineering and Mechanics offers an integrated Bachelor’s and Master’s for high-achieving undergraduate students in the Department of Aerospace Engineering and Mechanics. 

This program addresses the increasing complexity of modern aerospace systems, which demand a graduate-level understanding of the field. It provides an efficient academic track that bridges a broad undergraduate education with the deep theoretical knowledge required to innovate in areas like hypersonics, advanced materials, and autonomous flight.

Advantages of the Integrated Degree Program

  • Shorten the amount of time to complete a master's degree by up to one year
  • Save money by completing graduate credits while paying undergraduate tuition
  • Students are eligible to apply for NSF and other external fellowships
  • Enter the job market with specialized skills sooner


 

Eligibility, Applying and FAQs

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Admission Requirements

Eligible students will meet the following requirements:

  • Enrolled in the Aerospace Engineering & Mechanics undergraduate program at the University of Minnesota-Twin Cities.
  • Meet a cumulative GPA minimum of 3.5 at the end of spring semester of junior year
  • Submit a viable 1 year plan with their faculty advisor that aligns with the IDP senior year plan. 
  • Must complete and be awarded the undergraduate degree within 4 years (8 semesters) for students who started at the University as freshmen or 3 years (6 semesters) for students who transferred from another institution.

Application Procedure

  • Students will apply through the Graduate School application portal - including application fee and transcripts.
  • Applicants should complete the application only through the Aerospace Engineering and Mechanics section. IDP applicants do not need to submit a personal statement, DOVE statement, or letters of recommendation.
  • Applications only accepted for fall semester.
  • Applications will be reviewed and students notified of decision by mid-June. 

 

Application Timeline

  • Applications open March 1st
  • Deadline to apply is May 1st
  • Applicants notified of decision by mid-June

Program Policies

  • Students can transfer up to 10 credits taken during their senior year towards their master’s degree.
  • Credits cannot apply to both the undergraduate and graduate degrees (i.e., no “double-dipping”).
  • Credits for a course cannot be split between the undergraduate and graduate degree programs.
  • Up to 8 of the 10 credits that transfer to the graduate program can be taken at the 4000-level (provided they are not applying to undergraduate degree requirements). 
  • Undergraduate and graduate degrees cannot be awarded simultaneously. Students must complete their undergraduate degree within 4 years before beginning the graduate program. 

Program Requirements

  • Complete 30 credits of coursework composed of 14 credits in AEM, and a minimum of 3 credits in a related field, such as mathematics or mechanical engineering. 
  • Maintain a cumulative GPA higher than 2.8 at the end of the program.
  • AEM Colloquium attendance: Students must register for at least 2 semesters of AEM Seminar (AEM 8000). A maximum of 4 total seminar credits can be applied, as long as the additional 2 credits are not AEM 8000.
  • Please note there are no changes to either of the requirements of these degrees, but this program allows work on both degrees to overlap in time for one year.

Frequently Asked Questions

Q: Are there funding opportunities once I’m in the graduate program? 

A: Departmental funding is not available. MS students are expected to self-fund their graduate program. Students can pursue funding opportunities outside of the department. 

Q: Can I use 5000-level courses that I am using to meet undergraduate requirements to also satisfy my graduate requirements?

A: No. Only 4000 and 5000-level courses that are not counting towards the undergraduate degree can transfer into the graduate program (up to 10 credits total). 

Q: Can I transfer credits taken prior to enrolling into the Integrated Degree Program?

A: No. Only courses taken after enrolling in the program (during senior year) are eligible for transfer. 

Q: My cumulative GPA is below a 3.5, can I still apply?

A: No. Students must have at least a 3.5 overall GPA in order to apply. Please consult with your adviser about resources that could help improve your GPA to make you eligible by the end of your junior year. 

Sample Course Plans

Please note that this is just one possible way to complete both degrees.

⧫Indicates course to be used for the graduate requirement

Year One
Fall SemesterSpring Semester
MATH 1371, Calculus I (4)MATH 1372, Calculus II (4)
CHEM 1065, Chem Principles I Lab (1)PHYS 1301W, Intro to Physics I (4)
CHEM 1071, Chem Principles I (3)CSci 1113, Intro to C/C++ (4)
Liberal Education course (3-4)Liberal Education course or WRIT 1301 (3-4)
Liberal Education course or WRIT 1301 (3-4) 
CSE 1001, First Year Experience 
Year Two
Fall Semester Spring Semester
MATH 2374, Multivariable Calculus (4)MATH 2373, Linear Algebra & Differential Equations (4)
PHYS 1302W, Intro to Physics II (4)AEM 3103, Computer Methods in Aerospace Eng (3)
AEM 2011, Statics (3)AEM 2012, Dynamics (3)
MatS 2001, Intro to Engineering Materials (3)AEM 2301, Mechanics of Flight (3)
Liberal Education course (3-4)Liberal Education course (3-4)
Year Three
Fall SemesterSpring Semester
AEM 4201, Fluid Mechanics (4)AEM 4202, Aerodynamics (4)
AEM 3031, Deformable Body Mechanics (3)AEM 4501, Aerospace Structures (3)
AEM 4301, Orbital Mechanics (3)AEM 4601, Instrumentation Lab (3)
EE 3005, Fundamentals of Electrical Engineering (4)AEM 4303W, Flight Dynamics & Control (3)
EE 3006, Fundamentals of Electrical Engineering Lab (1)Liberal Education Elective (3)
Year Four
Fall SemesterSpring Semester
AEM 4331, Aerospace Vehicle Design (4)AEM 4203, Aerospace Propulsion (4)
AEM 4602W, Aeromechanics Lab (4)ME 3324, Intro to Thermal Science (3)
AEM 4321, Automatic Control Systems (3)Technical Elective II (3)
Technical Elective I (3)Technical Elective III (3)
AEM 5253, Comp Fluids (3)⧫AEM 5247, Hypersonic Aerodynamics (3)⧫
Year Five
Fall SemesterSpring Semester
AEM 5321, Feedback Control (3)AEM 5503, Elasticity (3)
AEM 5401, Intermediate Dynamics (3)AEM 8000, Grad Seminar (1)
AEM 5451, Optimal Estimation (3)AEM 8202, Fluids II (3)
AEM 8000, Grad Seminar (1)AEM 8421, Robust Control (3)
AEM 8201, Fluids I (3)Outside Major Course (3)