Ph.D. Program in Mechanical Engineering - Çankaya - Ankara - Orta Doğu Teknik Üniversitesi - I933

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Ph.D. Program in Mechanical Engineering

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Ph.D. Program in Mechanical Engineering - Kurumda - Çankaya - Ankara

  • Program tanımları
    Doctoral (Ph.D.) Program

    Qualified students holding an M.S. or a B.S. degree can be admitted to the Ph.D. program in mechanical engineering. All students admitted to the Ph.D. program are required to designate their Ph.D. thesis supervisor before the end of the registration period in their second semesters.
     
    Ph.D. students admitted with a Master's degree, are required to take minimum 8 courses (minimum 24 credits). The course program of each student is designed by the student and his/her thesis supervisor according to following rules:
    1. All courses must be at graduate level.
    2. At least 4 courses must be graduate courses offered by the Mechanical Engineering Department, excluding ME 521 and ME 510.
    3. The program may contain at most 4 courses (subject to the approval of departmental committee on doctoral program) offered by other departments.

    The maximum period to complete course work is 4 semesters.

    Upon completion of their course work successfully, Ph.D. students are required to take a doctoral qualifying examination before the end of their fifth semester, the latest.

     
    A Ph.D. student who passes the doctoral qualifying examination is required to submit a written thesis proposal to his/her thesis supervising committee, which consists of the student's thesis supervisor and two other faculty members. The thesis proposal should also be presented to this committee orally by the student. Upon the acceptance of their thesis proposals by their thesis supervising committees, Ph.D. students should submit a progress report on their thesis work to the committee which will meet periodically in every semester.

    Ph.D. students are required to complete, write, and defend their Ph.D. thesis successfully before the end of their 12th semester.


    Graduate Courses

    ME 501     Numerical Methods in ME I     (3-0) 3
    ME 502     Advanced  Dynamics     (3-0) 3
    ME 503     Advanced Gas Dynamics     (3-0) 3
    ME 504     Advanced Heat Transfer     (3-0) 3
    ME 505     Advanced Heat Tansfer II     (3-0) 3
    ME 506     Dynamics of Nonlinear Systems     (3-0) 3
    ME 507     Applied Optimal Control     (3-0) 3
    ME 508     Thermal Radiation     (3-0) 3
    ME 509     Boiling Heat Transfer and Two-Phase Flow     (3-0) 3
    ME 510     Numerical Methods for ME II     (3-0) 3
    ME 511     Modern Control     (3-0) 3
    ME 512     Aerothermochemistry of Rocket Propulsion Systems     (3-0) 3
    ME 513     Vehicle Dynamics     (3-0) 3
    ME 514     Advanced Solar Energy Utilization     (3-0) 3
    ME 515     Application of Electrical Analogy to Heat Transfer Problems     (3-0) 3
    ME 516     Fluid Power Control     (3-0) 3
    ME 517     Advanced Fluid Mechanics     (3-0) 3
    ME 518     Boundary Layer Theory     (3-0) 3
    ME 519     Kinematic Analysis of Mechanisms     (3-0) 3
    ME 520     Analysis and Measurement Techniques for Random Vibrations and Noise (3-0) 3
    ME 521     Analytical Methods in Engineering I     (3-0) 3
    ME 522     Principles of Robotics     (3-0) 3
    ME 523     Impact Mechanics     (3-0) 3
    ME 524     Industrial Air Conditioning and Refrigeration Design     (3-0) 3
    ME 525     Analytical Methods in Spatial Mechanisms     (3-0) 3
    ME 526     Vibration of Continuous Systems with Computational Methods     (3-0) 3
    ME 527     Advanced Internal Combustion Engine Design     (3-0) 3
    ME 528     Flexible Multibody Dynamics     (3-0) 3
    ME 529     Advanced Internal Combustion Engines     (3-0) 3
    ME 530     Introduction to Fluidized Bed Combustion     (3-0) 3
    ME 531     Machine Tool Design     (3-0) 3
    ME 532     Advanced Machinery Vibrations     (3-0) 3
    ME 533     Computer Aided Design     (3-0) 3
    ME 534     Computer Control of Machines     (3-0) 3
    ME 535     Metal Cutting     (3-0) 3
    ME 536     Design of Intelligent Machines     (3-0) 3
    ME 537     Advanced Engineering Thermodynamics I     (3-0) 3
    ME 538     Advanced Engineering Thermodynamics II     (3-0) 3
    ME 539     Hydrodynamic Instability, Vortex Dynamics and Turbulence     (3-0) 3
    ME 540     Analytical Methods in Engineering II     (3-0) 3
    ME 541     Plasticity and Computer Aided Metal Forming     (3-0) 3
    ME 543     Theory of Elasticity     (3-0) 3
    ME 544     Beams, Plates and Shells     (3-0) 3
    ME 545     Advanced Thermodynamics     (3-0) 3
    ME 546     Diffusion Problems in Thermal-Fluid Sciences     (3-0) 3
    ME 547     Introduction to Continuum Mechanics   (3-0) 3
    ME 549     Experimental Stress Analysis I     (3-0) 3
    ME 550     Experimental Stress Analysis II     (3-0) 3
    ME 551     Design of High Precision CNC Machinery     (3-0) 3
    ME 552     Micro and Nanoscale Heat Transfer     (3-0) 3
    ME 553     Technical and Economical Aspect of Nuclear Power Plants     (3-0) 3
    ME 560     Tribology     (3-0) 3
    ME 570     Advanced Topics in Radiative Transfer     (3-0) 3
    ME 575     Non-Traditional Production Processes     (3-0) 3
    ME 581     Finite Element Analysis in Solid Mechanics     (3-0) 3
    ME 582     Finite Element Analysis in Thermofluids     (3-0) 3
    ME 583     Engineering Fracture Mechanics     (3-0) 3
    ME 584     Advanced Computational Fluid Dynamics     (3-0) 3
    ME 586     Variational Principles in Elasticity     (3-0) 3
    ME 587     Perturbation Methods in Enginnering     (3-0) 3
    ME 588     Impulsive Loading of Solids     (3-0) 3
    ME 590     Thesis Seminar     (0-2) NC

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