PPG-EM >> Courses


Courses:

In orther to fulfill the credits requirement of the Master Course, the PPG-EM student must complete at least 25 credits corresponding to 375 hours, of which 6 of these credits are used in mandatory subjects, 1 credit in the Teching Internship Program I and at least 6 of these credits should be used in elective courses in the student's research area. The remaining 12 credits must be used in elective courses of the PPG-EM with the agreement of either the Advisor or Coordinator.

For de Doctorate Course, the PPG-EM student must complete at least 38 credits corresponding to 570 hours, of which 6 of these credits are used in mandatory subjects, 2 credit in the Teching Internship Program I and at least 6 of these credits should be used in elective courses in the student's research area. The remaining 24 credits must be used in either elective courses of the PPG-EM with the agreement of either the Advisor or Coordinator, or can be used in courses of other graduate programs.

Schedule of Classes:

Click here to see the schedule of classes.

Mandatory Master's Courses:

  • Advanced Calculus - FEN03707 - 3 Credits
  • Continuum Mechanics I - FEN03706 - 3 Credits
  • Seminars - FEN03705
  • Teaching Internship Program - FEN00705

Mandatory Doctorate Courses:

  • Advanced Calculus II - FEN037XX - 3 Credits
  • Continuum Mechanics II - FEN037XX - 3 Credits
  • Seminars - FEN03705
  • Teaching Internship Program - FEN00705

List of Elective Courses

  • Structural Analisys - FEN03723 - 3 Credits
  • Multiphase Flows - FEN03711 - 3 Credits
  • Turbulent Flows - FEN03710 - 3 Credits
  • Composite Materials I - FEN03721 - 3 Credits
  • Composite Materials II - FEN03722 - 3 Credits
  • Fracture Mechanics - FEN03720 - 3 Credits
  • Fluid Mechanics - FEN03708 - 3 Credits
  • Computational Fluid Mechanics - FEN03716 - 3 Credits
  • Finite Element Method I - FEN03725 - 3 Credits
  • Finite Element Method II - FEN03726 - 3 Credits
  • Energy Methods - FEN03728 - 3 Credits
  • Statistical Methods - FEN03731 - 3 Credits
  • Experimental Methods in Heat and Mass Transfer - FEN03717 - 3 Credits
  • Optimization - FEN03727 - 3 Credits
  • Vehicle Propulsion Systems - FEN03718 - 3 Credits
  • Boundary Layer Theory - FEN03715 - 3 Credits
  • Elasticity Theory - FEN03719 - 3 Credits
  • Advanced Thermodynamics - FEN03709 - 3 Credits
  • Phase Transformations in Solid State - FEN03724 - 3 Credits
  • Heat Transfer - Convection - FEN03713 - 3 Credits
  • Heat Transfer - Radiation - FEN03714 - 3 Credits
  • Heat Transfer - Conduction - FEN03712 - 3 Credits
  • Mechanical Vibrations - FEN03729 - 3 Credits
  • Computational Methods - FEN03730 - 3 Credits
  • Special Topics in Mechanical Engineering - FEN03732 - 3 Credits