AEM General Course Syllabi
- Undergraduate Courses
- Lower Division
- Upper Division Required Courses
- Technical Elective Courses
- Other Courses
- Graduate (and seniors) Courses
- First Year Graduate Courses
- Graduate Courses
Academic Policies on Grades and Scholastic Dishonesty
These syllabi do not have term specific information. Your instructor will provide you with a syllabus for your particular course. Some courses have have term specific web pages (current students only).
All students must be aware of University Policies listed on the AEM Standard Syllabi Statement. In addition this page lists the information that your instructor must provide you on a term specific syllabus.
Up to date Central University Information is available on the OneStop Course Information Page. These pages list current instructors, schedules, textbooks, etc.
Undergraduate
Lower Division
- AEM 2011: Statics
- AEM 2012: Dynamics
- AEM 2021: Statics and Dynamics
- AEM 2301: Mechanics of Flight
- AEM 3031: Deformable Body Mechanics
Upper Division Required Courses
- AEM 3101: Mathematical Modeling and Simulation in Aerospace Engineering (for students starting the BAEM Fall 2013 or later)
- AEM 4201: Fluid Mechanics
- AEM 4202 Aerodynamics
- AEM 4203: Aerospace Propulsion
- AEM 4301: Orbital Mechanics
- AEM 4303W: Flight Dynamics and Control
- AEM 4331: Aerospace Vehicle Design
- AEM 4501: Aerospace Structures
- AEM 4601: Instrumentation Laboratory
- AEM 4602W: Aeromechanics Laboratory
Technical Elective Courses
- AEM 4295: Problems in Fluid Mechanics
- AEM 4305: Spacecraft Attitude Dynamics and Control
- AEM 4321: Automatic Control Systems
- AEM 4333: Aerospace Design: Special Projects
- AEM 4371: Helicopter Aerodynamics
- AEM 4495: Problems in Dynamics and Control
- AEM 4502: Computational Structural Analysis
- AEM 4511: Mechanics of Composite Materials
- AEM 4581: Mechanics of Solids Now also has a graduate version 5581
- AEM 4595: Problems in Mechanics and Materials
- AEM 4796: Professional Experience
- AEM 4247: Hypersonic Aerodynamics (Co-listed Grad5245 syllabus)
- AEM 4253: Computational Fluid Mechanics (Co-listed Grad 5253syllabus)
- Also see the graduate courses below
Other Courses
- AEM 3100: Software Applications in AEM topics are listed here
- AEM 4000H: Honors Research Seminar -- Contact the Honors Adviser for information
- AEM 4894H: Senior Honors Thesis -- Contact the Honors Adviser for information
Graduate (and seniors) Courses
First Year Graduate Courses
- AEM 5247: Hypersonic Aerodynamics (Co listed UGrad 4247)
- AEM 5253: Computational Fluid Mechanics (Co-listed UGrad 4253)
- AEM 5431: Trajectory Optimization
- AEM 5451: Optimal Estimation
- AEM 5495: Topics in Aerospace Systems
- AEM 5501: Continuum Mechanics
- AEM 5503: Theory of Elasticity
Graduate Courses
- AEM 8000: Seminar: Aerospace Engineering and Mechanics
- AEM 8201: Fluid Mechanics I
- AEM 8202: Fluid Mechanics II
- AEM 8203: Fluid Mechanics III
- AEM 8207: Hydrodynamic Stability
- AEM 8211: Theory of Turbulence I
- AEM 8212: Theory of Turbulence II
- AEM 8213: Turbulent Shear Flows
- AEM 8221: Rheological Fluid Mechanics
- AEM 8231: Physical Gas Dynamics
- AEM 8241: Perturbation Methods in Fluid Mechanics
- AEM 8251: Finite-Volume Methods in Computational Fluid Dynamics
- AEM 8253: Computational Methods in Fluid Mechanics
- AEM 8261: Nonlinear Waves in Mechanics
- AEM 8271: Experimental Methods in Fluid Mechanics
- AEM 8295: Selected Topics in Fluid Mechanics
- AEM 8333: FTE: Masters
- AEM 8400: Seminar: Aerospace Systems
- AEM 8401. Modern Feedback Control
- AEM 8421: Robust Multivariable Control Design
- AEM 8426: Optimization and System Sciences
- AEM 8442: Navigation and Guidance Systems
- AEM 8444: FTE: Doctoral
- AEM 8495: Advanced Topics in Aerospace Systems
- AEM 8500: Research Seminar in Mechanics of Materials
- AEM 8511: Advanced Topics in Continuum Mechanics
- AEM 8521: Advanced Topics in Elasticity.
- AEM 8523: Elastodynamics
- AEM 8531: Fracture Mechanics
- AEM 8533: Theory of Plasticity
- AEM 8541: Mechanics of Crystalline Solids
- AEM 8551: Multiscale Methods for Bridging Length and Time Scales
- AEM 8595: Selected Topics in Mechanics and Materials
- AEM 8601: Finite Element Methods in Computational Mechanics
- AEM 8602: Finite Element Methods in Computational Fluid Mechanics
- AEM 8666: Doctoral Pre-Thesis Credits
- AEM 8777: Thesis Credits: Master's
- AEM 8880: Plan B Project
- AEM 8888: Thesis Credits: Doctoral
Grades:
Grading standards will be consistent with those found on the web at http://www.policy.umn.edu/Policies/Education/Education/GRADINGTRANSCRIPTS.html. The amount and quality of work required for a grade of S will be no less than that for a C-. A grade of I instead of N will only be assigned when, due to extraordinary circumstances, a student is not able to complete the work of the course on time. A written agreement between the instructor and the student as to the time and manner that the student will complete the course requirements during the student's next period of enrollment.
Scholastic Dishonesty:
Students are responsible for knowing and following the University policies on Academic Integrity.
The CSE policy on scholastic conduct can be found at: https://cse.umn.edu/college/scholastic-integrity.
The Regents Student Conduct Policy can be found at: http://www1.umn.edu/regents/policies/academic/Student_Conduct_Code.html .
The Office of Community Standards is responsible for Academic Integrity at the University and has useful resources for students that explain the conduct code and what is considered plagiarism. In addition they have information on the due process students have a right to and how to appeal an instructor's decision.
Last Modified: 2019-07-03 at 11:09:02 -- this is in International Standard Date and Time Notation