King Fahd University of Petroleum and Minerals

Mechanical Engineering

 

 

Full Description of the Courses

 

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Thermo fluid Sciences

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Applied Materials

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Engineering Mechanics

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General

 

Undergraduate Courses

* ME 001: Preparatory Graphics
* ME 002: Preparatory Workshop
* ME 201: Dynamics
* ME 203: Thermodynamics I
* ME 204: Thermodynamics II
* ME 205: Materials Science
* ME 206: Manufacturing Processes I
* ME 210: Mechanical Engineering Drawing and Graphics
* ME 215: Materials Science for Mechanical Engineers
* ME 306: Manufacturing Processes II
* ME 307: Machine Design I
* ME 308: Machine Design II
* ME 309: Mechanics of Machines
* ME 311: Fluid Mechanics
* ME 315: Heat Transfer
* ME 316: Thermo-Fluid Lab
* ME 320: Introduction to Aeronautics
* ME 351: Applied Mechanical Engineering Cooperative Work
* ME 399: Summer Training
* ME 411: Senior Design Project I
* ME 412: Senior Design Project II
* ME 413: System Dynamics and Control
* ME 420: Aeronautical Laboratory
* ME 422: Propulsion Systems
* ME 423: Energy Conversion
* ME 424: Maintenance Engineering
* ME 425: Compressible Fluid Flow
* ME 426: Flight Dynamics
* ME 427: Turbomachinery
* ME 428: Structure of Flight Vehicles
* ME 430: Air-Conditioning
* ME 431: Refrigeration
* ME 432: Internal Combustion Engines
* ME 433: Fundamentals of Aerodynamics
* ME 434: Wind Engineering
* ME 435: Thermal Power Plants
* ME 436: Fluid Power Systems
* ME 437: Design and Rating of Heat Exchangers
* ME 438: Pumping Machinery
* ME 439: Solar Energy Conversion
* ME 440: Convective Heat and Mass Transfer
* ME 462: Reliability for Mechanical Engineers
* ME 463: Production Engineering I
* ME 464: Production Engineering II
* ME 466: Fundamentals of Heat Treatment
* ME 467: Plastics and Plastic Processing
* ME 468: Casting and Welding Engineering
* ME 469: Computer-Aided Manufacturing
* ME 471: Mechanical Metallurgy
* ME 472: Corrosion Engineering I
* ME 473: Corrosion Engineering II
* ME 474: Physical Metallurgy
* ME 475: Mechanical Behavior of Materials
* ME 476: Non-Metallic Materials
* ME 477: Non-Ferrous Extractive Metallurgy
* ME 478: Iron and Steel Making
* ME 479: Modern Materials
* ME 481: Advanced Dynamics
* ME 482: Mechanical Vibrations
* ME 483: Mechanisms
* ME 484: Acoustics
* ME 485: Mechanical System Design
* ME 486: Optimization of Mechanical Systems
* ME 487: Mechanics of Materials
* ME 488: Systems Control
* ME 491: Mechanical Engineering Experimentation

 

Graduate Courses: Thermo Fluid Sciences

* ME 531: Advanced Thermodynamics I
* ME 532: Advanced Fluid Mechanics I
* ME 533: Ideal Fluid Flow
* ME 534: Conduction Heat Transfer
* ME 535: Radiation Heat Transfer
* ME 536: Convection Heat Transfer
* ME 537: Combustion and Emission
* ME 539: Solar Energy Utilization
* ME 555: Advanced Fluid Mechanics II
* ME 556: Industrial Aerodynamics
* ME 557: Thermal Environment and Energy Analysis
* ME 558: Combustion Phenomena
* ME 611: Statistical Thermodynamics
* ME 612: Phase Change Heat Transfer and Two Phase Flow
* ME 613: Advanced Compressible Fluid Flow

 

Graduate Courses: Applied Materials

* ME 512: Experimental Methods in Materials and Processes
* ME 572: Analysis of Manufacturing Processes
* ME 573: Probabilistic Concepts in Design and Production
* ME 574: Advanced Materials Science
* ME 576: Tribology
* ME 646: Control of Manufacturing Processes
* ME 652: Principles of Metal Forming
* ME 658: Analytical Fracture Mechanics
* ME 671: Electrode Kinetics
* ME 672: Advanced Corrosion Engineering
* ME 673: Metallurgical Processes and Thermodynamics
* ME 674: Solidification
* ME 675: Structure of Metals and Phase Transformation

 

Graduate Courses: Engineering Mechanics

* ME 520: Fundamentals of Astronautics
* ME 541: Continuum Mechanics
* ME 542: Elasticity
* ME 552: Advanced Dynamics
* ME 553: Advanced Vibrations
* ME 562: Vibration Measurement and Analysis
* ME 564: Noise and Vibration Control
* ME 640: Dynamics and Control of Mechanical Systems
* ME 642: Plasticity
* ME 651: Nonlinear & Random Vibrations
* ME 658: Analytical Fracture Mechanics

 

Graduate Courses: General

* ME 510: Numerical Methods in Mechanical Engineering
* ME 590: Special Topics I
* ME 591: Special Topics II
* ME 599: Seminar
* ME 610: Thesis
* ME 690: Special Topics III
* ME 710: Ph.D. Dissertation