2019-2020 Bulletin

• 2019-2020 Bulletin (2019-2020)
• Up one level
• Courses
• In this section
• ME 120 An Introduction to Engineering
• ME 121 Introduction to Systems and Control
• ME 122 Introduction to Design
• ME 199 Special Studies
• ME 213 Properties of Materials
• ME 213L Properties of Materials Lab
• ME 240 Survey of Manufacturing Processes
• ME 240L Survey of Manufacturing Processes Lab
• ME 250 Geometric Modeling
• ME 250L Lab for ME 250
• ME 299 Special Studies
• ME 304U Energy and Society
• ME 313 Analysis of Mechanical Components
• ME 314 Analysis and Design of Machine Elements
• ME 320 Fluid Mechanics
• ME 320L Fluid Mechanics Lab
• ME 321 Engineering Thermodynamics I
• ME 322 Applied Fluid Mechanics and Thermodynamics
• ME 323 Heat Transfer
• ME 350 Programming and Numerical Methods
• ME 351 Vibrations and System Dynamics
• ME 370 Mechanical Engineering Profession
• ME 399 Special Studies
• ME 401 Research
• ME 402 Independent Study
• ME 403 Honors Thesis
• ME 404 Cooperative Education/Internship
• ME 405 Reading and Conference
• ME 406 Special Projects
• ME 407 Seminar
• ME 410 Selected Topics
• ME 410L Special Topics Lab
• ME 411 Engineering Measurement and Instrumentation Systems
• ME 411L Engineering Measurement and Instrumentation Systems Lab
• ME 413 Engineering Material Science
• ME 415 Advanced Topics in Energy Conversion
• ME 420 Thermal Systems Design
• ME 421 Heating, Ventilating, and Air Conditioning Design Fundamentals
• ME 422 Building Energy Use Modeling
• ME 423 Fundamentals of Building Science
• ME 424 HVAC System Design and Controls
• ME 425 Advanced Topics in Building Science
• ME 426 Solar Engineering
• ME 427 Phase Transformations and Kinetics in Materials
• ME 428 Scanning Electron Microscopy for Materials and Device Characterization
• ME 428L Scanning Electron Microscopy for Materials and Device Characterization Lab
• ME 429 Transmission Electron Microscopy and Chemical Analysis of Materials
• ME 429L Transmission Electron Microscopy and Chemical Analysis of Materials Lab
• ME 437 Mechanical Systems Design
• ME 438 Fundamentals of MEMS and Microsystems
• ME 443 Advanced Engineering Thermodynamics
• ME 445 Advanced Topics in Thermal and Fluid Sciences
• ME 446 Compressible Flow
• ME 447 Transfer and Rate Processes
• ME 448 Applied Computational Fluid Dynamics
• ME 449 Thermal Management Measurement
• ME 450 Solid Modeling
• ME 450L Lab for ME 450
• ME 452 Control Engineering I
• ME 453 Control Engineering II
• ME 454 Controls Engineering Laboratory
• ME 455 Finite Element Modeling and Analysis
• ME 456 Mechatronics
• ME 457 Introduction to Robotics
• ME 458 Principles Of CNC Machining
• ME 460 Control of Mechanical Systems using Microcontrollers Laboratory
• ME 463 Advanced Topics in Control Engineering
• ME 465 Advanced Finite Element Applications
• ME 471 Process Measurement and Control
• ME 474 Rapid Prototyping, 3D Printing, and Additive Manufacturing
• ME 475 Joining Processes and Design
• ME 476 Materials Failure Analysis
• ME 478 Introduction to Electronic Packaging
• ME 481 Mechanical Tolerancing
• ME 488 Design of Experiments
• ME 491 Design Process
• ME 492 Conceptual Design Project
• ME 493 Detailed Design Project
• ME 493L Mech Anal Des Lab
• ME 501 Research
• ME 502 Independent Study
• ME 503 Thesis
• ME 504 Cooperative Education/Internship
• ME 505 Reading and Conference
• ME 506 Special Projects
• ME 507 Seminar
• ME 510 Selected Topics
• ME 510L Special Topics Lab
• ME 511 Engineering Measurement and Instrumentation Systems
• ME 511L Engineering Measurement and Instrumentation Systems Lab
• ME 512 Advanced Vibrations
• ME 513 Engineering Material Science
• ME 515 Advanced Topics in Energy Conversion
• ME 519 Development Engineering
• ME 520 Thermal Systems Design
• ME 521 Heating, Ventilating, and Air Conditioning Design Fundamentals
• ME 522 Building Energy Use Modeling
• ME 523 Fundamentals of Building Science
• ME 524 HVAC System Design and Controls
• ME 525 Advanced Topics in Building Science
• ME 526 Solar Engineering
• ME 527 Phase Transformations and Kinetics in Materials
• ME 528 Scanning Electron Microscopy for Materials and Device Characterization
• ME 528L 
• ME 529 Transmission Electron Microscopy and Chemical Analysis of Materials
• ME 529L 
• ME 530 Solid Mechanics
• ME 532 Turbomachinery
• ME 537 Mechanical Systems Design
• ME 538 Fundamentals of MEMS and Microsystems
• ME 541 Advanced Fluid Mechanics
• ME 542 Advanced Heat Transfer
• ME 543 Advanced Engineering Thermodynamics
• ME 545 Advanced Topics in Thermal and Fluid Sciences
• ME 546 Scaling and Asymptotic Analysis
• ME 547 Transfer and Rate Processes
• ME 548 Applied Computational Fluid Dynamics
• ME 549 Thermal Management Measurement
• ME 550 Solid Modeling
• ME 550L Lab for ME 550
• ME 551 Engineering Analysis
• ME 552 Control Engineering I
• ME 553 Control Engineering II
• ME 554 Controls Engineering Laboratory
• ME 555 Finite Element Modeling and Analysis
• ME 556 Mechatronics
• ME 557 Introduction to Robotics
• ME 558 Principles Of CNC Machining
• ME 560 Control of Mechanical Systems using Microcontrollers Laboratory
• ME 562 Engineering Numerical Methods
• ME 563 Advanced Topics in Control Engineering
• ME 565 Advanced Finite Element Applications
• ME 571 Process Measurement and Control
• ME 574 Rapid Prototyping, 3D Printing, and Additive Manufacturing
• ME 576 Materials Failure Analysis
• ME 578 Introduction to Electronic Packaging
• ME 581 Mechanical Tolerancing
• ME 588 Design of Industrial Experiments
• ME 596 Design Optimization
• ME 601 Research
• ME 603 Dissertation
• ME 604 Cooperative Education/Internship
• ME 605 Reading and Conference
• ME 606 Special Projects
• ME 607 Seminar
• ME 610 Selected Topics
• ME 612 Advanced Vibrations
• ME 630 Solid Mechanics
• ME 632 Turbomachinery
• ME 641 Advanced Fluid Mechanics
• ME 642 Advanced Heat Transfer
• ME 646 Scaling and Asymptotic Analysis
• ME 651 Engineering Analysis
• ME 654 Integrated Computer-aided Design
• ME 662 Engineering Numerical Methods
• ME 688 Design of Industrial Experiments
• ME 696 Design Optimization