पाठ्यक्रम परिवर्तनशीलता

पाठ्यक्रमबारे सारश

This program requires a minimum of 24 semester hours of course work and a research thesis are required. The thesis must be actively supervised by a full or associate member of the Graduate Faculty. In no case will independent work, taken as ME 699, ME 780-783 or ME 790, be counted as part of the 24 hours of coursework when the course material is related to the student’s thesis. No more than two (one is typical, two is very rare) special courses such as ME 599, ME 699, ME 780-783 or ME 790 or independent courses/projects may be counted towards fulfilling requirements for the Master’s degree.This program requires a minimum of 24 semester hours of course work and a research thesis are required. The thesis must be actively supervised by a full or associate member of the Graduate Faculty. In no case will independent work, taken as ME 699, ME 780-783 or ME 790, be counted as part of the 24 hours of coursework when the course material is related to the student’s thesis. No more than two (one is typical, two is very rare) special courses such as ME 599, ME 699, ME 780-783 or ME 790 or independent courses/projects may be counted towards fulfilling requirements for the Master’s degree.This program requires a minimum of 24 semester hours of course work and a research thesis are required. The thesis must be actively supervised by a full or associate member of the Graduate Faculty. In no case will independent work, taken as ME 699, ME 780-783 or ME 790, be counted as part of the 24 hours of coursework when the course material is related to the student’s thesis. No more than two (one is typical, two is very rare) special courses such as ME 599, ME 699, ME 780-783 or ME 790 or independent courses/projects may be counted towards fulfilling requirements for the Master’s degree.This program requires a minimum of 24 semester hours of course work and a research thesis are required. The thesis must be actively supervised by a full or associate member of the Graduate Faculty. In no case will independent work, taken as ME 699, ME 780-783 or ME 790, be counted as part of the 24 hours of coursework when the course material is related to the student’s thesis. No more than two (one is typical, two is very rare) special courses such as ME 599, ME 699, ME 780-783 or ME 790 or independent courses/projects may be counted towards fulfilling requirements for the Master’s degree.

कार्यक्रमका खाकाहरू

The program modules are as follows: Me 501 Mechanical Design With Finite Element Methods (3), Me 503 Lean Manufacturing Principles And Practices (3), (Same As Mfs 503), Me 505 Modeling Of Manufacturing Processes And Machines (3), (Same As Mfs 505), Me 506 Mechanics Of Composite Materials (3), (Same As Mse 506), Me 507 Design For Manufacturing (3), (Same As Mfs 507), Me 510 Vibro-Acoustic Design In Mechanical Systems (3), Me 512 Manufacturing Systems (3), (Same As Mfs 512), Me 513 Mechanical Vibrations (3), Me 527 Applied Mathematics In The Natural Sciences I (3), (Same As Ma 527), Me 548 Aerodynamics Of Turbo machinery (3), Me 549 Power Generation (3), Me 530 Gas Dynamics (3), Me 531 Fluid Dynamics I (3), Me 532 Advanced Strength Of Materials (3), Me 554 Chemical And Physical Processing Of Polymer Systems (3), Me 556 Introduction To Composite Materials (4), (Same As Mse 556), Me 560 Engineering Optics (3), Me 563 Basic Combustion Phenomena (3), Me 565 Scale Modeling In Engineering (3), Me 580 Heating, Ventilation And Air Conditioning (3), Me 585 Fourier Series And Boundary Problems (3), Me 599 Topics In Mechanical Engineering (3), (Subtitle Required), Me 601 Advanced Cae Applications (3), Me 602 Dynamics Of Distributed Mechanical Systems (3), Me 603 Mechanics Of Plastic Solids I (3), Me 604 Dynamics Of Rotating Machinery (3), Me 606 Seminar And Project In Manufacturing Systems Engineering (3), (Same As Ee/Mfs 606), Me 607 Analysis Of Metal Cutting Processes (3), (Same As Mfs/Mse 607), Me 610 Engineering Acoustics (3), Me 611 Boundary Element Methods In Engineering (3), (Same As Egr 611),Me 613 Nonlinear Oscillations (3), Me 620 Advanced Engineering Thermodynamics I (3), Me 626 Advanced Heat Convection (3), Me 627 Radiation Heat Transfer (3), Me 628 Boiling And Condensation (3), Me 631 Fluid Dynamics Ii (3), Me 634 Turbulent Flows (3), Me 640 Advanced Analysis And Simulation Of Dynamic Systems (3), Me 641 Foundations Of Solid Mechanics (3), Me 644 Advanced Dynamics I (3), Me 645 Advanced Control System Analysis (3), Me 647 System Optimization I (3), (Same As Aen 647), Me 651 Mechanics Of Elastic Solids I (3), Me 690 Advanced Algorithms For Computational Fluid Dynamics (4), Me 691 Cfd I - Incompressible Flows (3) Me 692 Cfd Ii - Incompressible Flows (3), Me 699 Topics In Mechanical Engineering (3), (Subtitle Required), Me 748 Master’s Thesis Research (0), Me 749 Dissertation Research (0), Me 767 Dissertation Residency Credit (2), Me 768 Residence Credit For The Master’s Degree (1-6), Me 769 Residence Credit For The Doctor’s Degree (0-12), Me 780 Special Problems In Mechanical Engineering (3), Me 790 Research In Mechanical Engineering (1-9).

अन्तर्राष्ट्रिय विद्यार्थीहरू प्रवेशको लागि आवश्यकता

Students should have obtained a baccalaureate degree in engineering; a minimum grade point average (GPA) of 3.0/4.0 or 70% on all graduate and undergraduate works, and Graduate Record Examination (GRE) scores of at least 1200 for the combined Quantitative and Verbal sections and 3.5 for the Analytical section. An undergraduate degree in mathematics, chemistry or physics combined with a strong interest in engineering topics may be suitable preparation when certain required undergraduate courses are taken. Exceptions to these requirements may be made if other persuasive evidence indicating the students potential of success is available; a minimum TOEFL score of 550 (paper-based) 213 (computer-based) or 80 (internet-based). The minimum IELTS score is 6.5; GPA score of 2.75 and 3.00 on all graduate work. GRE scores are also required.

योग्यता

स्नातकोत्तर उपाधि

प्रदान गर्ने निकाय

University Of Kentucky

विभागको नाम

College of Engineering, Department of Mechanical Engineering