| |
Math (Undergraduate) *All prerequisites for the following MATH courses must have been completed within the past year: MATH 091, 100, 102, 103, 104A, 104B, 109, 206, and 242. The Entry Level Math (ELM) requirement must be met before enrollment in MATH 089, 090, 091, 100, 102, 103, 104A, 109, 242. The ELM exam scores are good for one year for placement purposes. The Early Assessment Program (EAP). Exemption is good for one year from high school graduation for placement purposes. |
| |
• MATH 471 - Numerical Analysis II
|
| |
• MATH 472 - Linear Programming
|
| |
• MATH 474 - Theory of Probability
|
| |
• MATH 475 - Introduction to Mathematical Statistics
|
| |
• MATH 480 - Modeling Biological Systems
|
| |
• MATH 484 - Graph Theory
|
| |
• MATH 490 - Senior Seminar in Mathematics
|
| |
• MATH 495 - Mathematics Instruction at the College Level
|
| |
• MATH 499 - Undergraduate Directed Study
|
| |
• MATH* 109 - Quantitative Reasoning with Statistics
|
Math (Graduate) All 400-level courses may be applied toward master’s degree requirements except the following, subject to limits established by department and approval of graduate adviser: MATH 402A, 455, 465, 490, 495.
Classified graduate standing is required for enrollment in 500-level courses. |
| |
• MATH 502A - Applied Linear Analysis
|
| |
• MATH 502B - Applied Linear Analysis
|
| |
• MATH 521 - Mathematical Modeling
|
| |
• MATH 522 - Optimization
|
| |
• MATH 530 - Topology
|
| |
• MATH 540A - Abstract Algebra I
|
| |
• MATH 540B - Abstract Algebra II
|
| |
• MATH 550 - Seminar: Algebra
|
| |
• MATH 551 - Seminar: Analysis
|
| |
• MATH 552 - Seminar: Topology and Geometry
|
| |
• MATH 553 - Seminar: Applied Mathematics
|
| |
• MATH 559 - Mathematical Exposition
|
| |
• MATH 562 - Advanced Complex Analysis
|
| |
• MATH 570 - Numerical Linear Algebra
|
| |
• MATH 571 - Numerical Solutions of Partial Differential Equations
|
| |
• MATH 580 - Real Analysis
|
| |
• MATH 584 - Advanced Probability Theory
|
| |
• MATH 591 - Functional Analysis
|
| |
• MATH 596 - Comprehensive Examination
|
| |
• MATH 598 - Graduate Directed Study
|
| |
• MATH 599 - Thesis
|
Mechanical Engineering (Undergraduate) All 400-level courses may be applied toward master’s degree requirements, subject to limits established by the department and approval of the graduate adviser. |
| |
• ME 101 - Mechanical Energy Production, Transmission, and Utilization
|
| |
• ME 103 - Introduction to Mechanical Design
|
| |
• ME 114 - Machine Shop
|
| |
• ME 154 - Special Topics in Mechanical Engineering
|
| |
• ME 201 - Statics
|
| |
• ME 204 - Mechanical Measurements and Instrumentation
|
| |
• ME 205 - Strength of Materials I
|
| |
• ME 208 - Statics and Strength of Materials
|
| |
• ME 210 - Matrix Algebra for Engineers
|
| |
• ME 211 - Statistics and Probability for Engineers
|
| |
• ME 214 - Review of Solid Mechanics
|
| |
• ME 250 - Biomaterials
|
| |
• ME 254 - Special Topics Course for Sophomores in Mechanical Engineering
|
| |
• ME 303 - Fluid Mechanics I
|
| |
• ME 306 - Heat Transfer I
|
| |
• ME 310 - Mechanical Engineering Writing Laboratory
|
| |
• ME 312 - Strength of Materials Laboratory I
|
| |
• ME 313 - Fluid Mechanics Laboratory I
|
| |
• ME 315 - Thermal Systems Laboratory I
|
| |
• ME 320 - Dynamics I
|
| |
• ME 321 - Kinematics of Mechanisms
|
| |
• ME 323 - Machine Design I
|
| |
• ME 326A - Thermodynamics I
|
| |
• ME 326B - Thermodynamics II
|
| |
• ME 327 - Manufacturing Processes
|
| |
• ME 350 - Biomechanics
|
| |
• ME 354 - Special Topics Course for Juniors in Mechanical Engineering
|
| |
• ME 398 - Cooperative Education
|
| |
• ME 402 - Advanced Mechanics of Materials
|
| |
• ME 403 - Aerodynamics
|
| |
• ME 404 - Compressible Aerodynamics
|
| |
• ME 406 - Heat Transfer II
|
| |
• ME 407 - Design of Thermal Systems
|
| |
• ME 408 - Fluid Mechanics II
|
| |
• ME 409 - Mechanical Engineering Analysis
|
| |
• ME 410 - Control of Mechanical Systems
|
| |
• ME 411 - Vibrational Analysis I
|
| |
• ME 412 - Strength of Materials Laboratory II
|
| |
• ME 413 - Fluid Mechanics Laboratory II
|
| |
• ME 414 - Machine Design II
|
| |
• ME 415 - Air Conditioning
|
| |
• ME 416 - Energy Systems
|
| |
• ME 418 - Renewable Energy and Sustainability
|
| |
• ME 419 - Computer Aided Mechanical Engineering
|
| |
• ME 421 - Dynamics of Mechanisms
|
| |
• ME 422 - Optimization of Mechanical Engineering Systems
|
| |
• ME 423 - Introduction to the Finite Element Method
|
| |
• ME 428 - Automation and Computer-Aided Manufacturing
|
| |
• ME 430 - Properties and Selection of Engineering Materials
|
| |
• ME 431 - Material Laboratory
|
| |
• ME 454 - Special Topics in Mechanical Engineering
|
| |
• ME 459 - Rehabilitation Design & Internship
|
| |
• ME 481 - Introduction to Robotics
|
| |
• ME 497A - Mechanical Engineering Senior Project
|
| |
• ME 497B - Mechanical Engineering Senior Project
|
| |
• ME 497C - Mechanical Engineering Senior Project
|
| |
• ME 499 - Undergraduate Directed Study
|
Mechanical Engineering (Graduate) All 400-level courses may be applied toward master’s degree requirements, subject to limits established by the department and approval of the graduate adviser.
Classified graduate standing is required for admission to all 500 level courses |
| |
• ME 501A - Advanced Mechanics of Particles
|
| |
• ME 501B - Advanced Mechanics of Rigid Bodies
|
| |
• ME 503 - Design of Mechanical Systems and Products
|
| |
• ME 504 - Thermal Radiation
|
| |
• ME 505 - Heat Conduction
|
| |
• ME 506 - Heat Convection
|
| |
• ME 508 - Compressible Fluids
|
| |
• ME 509 - Design and Analysis of Experiments
|
| |
• ME 511 - Vibrational Analysis II
|
| |
• ME 514 - Fatigue and Failure in Engineering Design
|
| |
• ME 521 - Dynamic Systems Analysis
|
| |
• ME 522 - Optimal Control of Mechanical Systems
|
| |
Page: 1 <- Back 10 … 21
| 22
| 23
| 24
| 25
| 26
| 27
| 28
| 29
| 30
| 31
… Forward 10 -> 42 |
