MEE courses

122 courses · University of Dayton · Fall 2026

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MEE 101 — Introduction to Mechanical Engineering II.
1 section
MEE 104L — Solid Modeling in Design.
1 section
MEE 105L — Intro to Experimentation & Programming.
1 section
MEE 114L — Introduction to Programming.
1 section
MEE 198 — Research & Innovation Laboratory. 0-
1 section
MEE 202 — Engineering Thermodynamics.
1 section
MEE 204 — Introduction to Robot Design.
1 section
MEE 205 — Mechatronics.
1 section
MEE 214 — Programming for Mechanical Engineers.
1 section
MEE 225 — Introduction to Flight.
1 section
MEE 230 — Introduction to Biomechanics.
1 section
MEE 298 — Research & Innovation Laboratory. 0-
1 section
MEE 300 — Professional Development for Juniors.
1 section
MEE 307 — Design of Fluid-Thermal Systems.
1 section
MEE 307L — Fluid-Thermal Systems Lab.
1 section
MEE 308 — Fluid Mechanics.
1 section
MEE 312 — Engineering Materials I.
1 section
MEE 312L — Materials Laboratory.
1 section
MEE 321 — Theory of Machines.
1 section
MEE 341 — Engineering Experimentation.
1 section
MEE 344 — Manufacturing Processes.
1 section
MEE 398 — Research & Innovation Laboratory. 0-
1 section
MEE 400 — Professional Development for Seniors.
1 section
MEE 401 — Aerodynamics.
1 section
MEE 404 — Fundamentals of Fluid Mechanics.
1 section
MEE 409 — Aerospace Structures.
1 section
MEE 410 — Heat Transfer.
1 section
MEE 413 — Propulsion.
1 section
MEE 417 — Internal Combustion Engines.
1 section
MEE 420 — Energy Efficient Buildings.
1 section
MEE 421 — Robot Modeling.
1 section
MEE 425 — Aerospace Design.
1 section
MEE 427 — Mechanical Design I.
1 section
MEE 428 — Mechanical Design II.
1 section
MEE 430 — Biomechanical Engineering.
1 section
MEE 431L — Multidisciplinary Design I.
1 section
MEE 432L — Multidisciplinary Design II.
1 section
MEE 437 — Autonomous Systems.
1 section
MEE 438 — Applied Robotics.
1 section
MEE 439 — Dynamic Systems & Controls.
1 section
MEE 440 — Flight Vehicle Performance.
1 section
MEE 450 — Experimental Methods in Biomechanics.
1 section
MEE 454 — Biomechanical Modeling.
1 section
MEE 456 — Energy Systems Engineering.
1 section
MEE 457 — Building Energy Informatics.
1 section
MEE 460 — Engineering Analysis.
1 section
MEE 461 — Solar Energy Engineering.
1 section
MEE 462 — Geothermal Energy Engineering.
1 section
MEE 463 — Wind Energy Engineering.
1 section
MEE 464 — Sustainable Energy Systems.
1 section
MEE 472 — Design for Environment.
1 section
MEE 473 — Renewable Energy Systems.
1 section
MEE 474 — Sustainable Energy Systems in Developing Countries.
1 section
MEE 486 — Human Movement Assessment.
1 section
MEE 490 — Special Topics in Mechanical & Aerospace Engineering.
1 section
MEE 493 — Honors Thesis.
1 section
MEE 494 — Honors Thesis.
1 section
MEE 498 — Research & Innovation Laboratory. 0-
1 section
MEE 499 — Special Problems in Mechanical & Aerospace Engineering. 1-
1 section
MEE 500 — Advanced Engineering Analysis.
1 section
MEE 501 — Principles of Materials I.
1 section
MEE 502 — Principles of Materials II.
1 section
MEE 503 — Introduction to Continuum Mechanics.
1 section
MEE 504 — Fundamentals of Fluid Mechanics.
1 section
MEE 505 — Mechanics of Soft Materials.
1 section
MEE 506 — Mechanical Behavior of Materials.
1 section
MEE 507 — Materials for Advanced Energy Applications.
1 section
MEE 508 — Principles of Material Selections.
1 section
MEE 509 — Introduction to Polymer Science-Thermoplastics.
1 section
MEE 511 — Advanced Thermodynamics.
1 section
MEE 517 — Radiation Heat Transfer.
1 section
MEE 519 — Analytical Dynamics.
1 section
MEE 520 — Theoretical Kinematics.
1 section
MEE 521 — Kinematic Principles in Design.
1 section
MEE 522 — Geometric Methods in Kinematics.
1 section
MEE 524 — Electrochemical Power.
1 section
MEE 525 — Principles in Corrosion.
1 section
MEE 526 — Aerospace Fuels Science.
1 section
MEE 527 — Automatic Control Theory.
1 section
MEE 528 — Robot Modeling.
1 section
MEE 529 — Analysis of Linear Systems.
1 section
MEE 530 — Biomechanical Engineering.
1 section
MEE 531 — Experimental Methods in Biomechanics.
1 section
MEE 533 — Theory of Elasticity.
1 section
MEE 537 — Autonomous Systems.
1 section
MEE 538 — Introduction to Aeroelasticity.
1 section
MEE 539 — Theory of Plasticity.
1 section
MEE 541 — Experimental Mechanics of Composite Materials.
1 section
MEE 542 — Advanced Composites.
1 section
MEE 543 — Analytical Mechanics of Composite Materials.
1 section
MEE 545 — Computational Methods for Design.
1 section
MEE 546 — Finite Element Analysis I.
1 section
MEE 547 — Finite Element Analysis II.
1 section
MEE 551 — Noise & Vibration Control.
1 section
MEE 554 — Biomechanical Modeling.
1 section
MEE 555 — Turbulence.
1 section
MEE 556 — Applied Robotics.
1 section
MEE 557 — Non-Linear Systems & Control.
1 section
MEE 558 — Computational Fluid Dynamics.
1 section
MEE 559 — Engineering Systems for the Common Good.
1 section
MEE 560 — Propulsion Systems.
1 section
MEE 561 — Viscous Flow.
1 section
MEE 562 — Intermediate Thermodynamics.
1 section
MEE 563 — Intermediate Heat Transfer.
1 section
MEE 564 — Applied Heat Transfer.
1 section
MEE 565 — Fundamentals of Fuels & Combustion.
1 section
MEE 568 — Internal Combustion Engines.
1 section
MEE 569 — Energy Efficient Buildings.
1 section
MEE 570 — Fracture Mechanics.
1 section
MEE 573 — Renewable Energy Systems.
1 section
MEE 575 — Fracture & Fatigue of Metals & Alloys I.
1 section
MEE 576 — Fracture & Fatigue of Metals & Alloys II.
1 section
MEE 579 — Computer Aided Mechanical Design.
1 section
MEE 586 — Human Movement Assessment.
1 section
MEE 590 — Special Problems in Mechanical Engineering. 1-
1 section
MEE 593 — GEA - Course A.
1 section
MEE 594 — GEA - Course B.
1 section
MEE 595 — Mechanical Engineering Project. 0-
1 section
MEE 599 — Mechanical Engineering Thesis. 1-
1 section
MEE 690 — Selected Readings in Mechanical Engineering. 1-
1 section
MEE 698 — DE Dissertation. 1-
1 section
MEE 699 — PHD Dissertation. 1-
1 section

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