Curricular Grid

Curricular Grid

According to our graduate program regulation, the courses in the stricto sensu Graduate Program of Academic Master’s degree and Doctorate encompass a set of disciplines constituted of:

  1. Basic Disciplines
  2. Specific Disciplines
  3. Complementary Disciplines
  4. Seminars 

The goal is to offer scientific and technological training to graduate students seeking to prepare them to develop their studies and researches of excellence in the scope of the research lines in the Program.

In order to achieve the title of Master, students must complete and be approved to a total of 24 credits in disciplines – including the discipline of Seminars1 in Mechanical Sciences, a discipline available at the Basic Training Center and two disciplines at the Specific Training Center – in addition to the approval of their Master’s thesis. Credits are not attributed to the Master’s degree thesis.

In order to achieve the title of Doctor, students must complete and be approved to a total of 32 credits in disciplines – including the discipline of Seminars 2 in Mechanical Sciences, a discipline at the Basic Training Center and three disciplines at the Specific Training Center – in addition to the approval of their Qualification Exam until the 24th month from the entering as regular student along with the approval of their Doctorate dissertation. Credits are not attributed to the Qualification Exam or Doctoral Dissertation.

The disciplines of the curricular grid of the Graduate Program in Mechanical Sciences are listed in the tables below:

Table 1: Basic Disciplines

Code Course Credit Hours  
PCMEC0160 Continuum Mechanics 4 Syllabus
PCMEC0147   Mechanical Vibrations 4  Syllabus
PPMEC2003 Physical Metallurgy 4 Syllabus
PCMEC2155 Mechanical Behavior of Solids 4 Syllabus
PCMEC3937  Energy and Environment 4  Syllabus

  

Table 2: Specific Disciplines 

Code Course Credit Hours  
PPGINT1980  Materials Characterization by Thermal Analysis   4  Syllabus
PCMEC2153  Plasticity  4  Syllabus
PCMEC0192  Classical Thermodynamics  4  Syllabus 
PCMEC0144  Advanced Heat Transfer  4 Syllabus
PCMEC3999  Fluid Dynamics  4 Syllabus
PCMEC2156  Finite Elements for Solids  4 Syllabus 
PCMEC2151  Fatigue of Materials  4  Syllabus 
PCMEC2170  Multiaxial Fatigue  4 Syllabus
PPGINT2014  Introduction to the Boundary Element Method  4 Syllabus
PCMEC2152  Fracture Mechanics  4 Syllabus
PCMEC0070  Computational Contact Mechanics  4 Syllabus
PCMEC2158 Numerical Methods in Mechanical Sciences  4 Syllabus
PPGINT1978  Microstructural and Mechanical Characterization Techniques  4 Syllabus
PCMEC2150  Mechanics of Composite Materials  4 Syllabus
PPGINT2012  Polymers and Polymeric Composites  4 Syllabus

 

Table 3: Complementary Disciplines

Code Course Credit Hours  
PCMEC0185  Combustion 4  Syllabus
PCMEC2120  Structural Reliability 4  Syllabus
PCMEC0176  Computational Fluid Dynamics 4  Syllabus
PCMEC0206  Structural Dynamics 4 Syllabus
PCMEC0175  Non-Newtonian Fluid Dynamics 4 Syllabus
PPGINT2000  Nonlinear Dynamics and Chaos 4 Syllabus
PCMEC0043  Hydrodynamics of Magnetic Fluids 4 Syllabus
PCMEC0155  Finite Elements in Fluids 4  Syllabus 
PCMEC2128  Finite Elements for Vibration Analysis 4 Syllabus
PCMEC0169  Multiphase Flows 4 Syllabus
PCMEC0084  Wind Power Fundamentals 4  Syllabus 
PCMEC2121 Introduction to Contact Mechanics 4 Syllabus
PCMEC0003 Perturbation Methods in Fluid Mechanics 4 Syllabus
PCMEC0086  Magnetohydrodynamics 4 Syllabus
PCMEC0208  Microhydrodynamics 4 Syllabus
PCMEC0232  Principles of Parallel Programming 4 Syllabus
PCMEC0076  Signal Processing and Linear Mechanical Systems 4 Syllabus
PCMEC0045  Solar Energy Systems 4 Syllabus
PCMEC0002 Advanced Topics in Fluid Dynamics 4 Syllabus
PCMEC0193  Special Topics 1 in Mechanical Sciences 4 Syllabus
PCMEC0194  Special Topics 2 in Mechanical Sciences 4 Syllabus
PCMEC4000  Turbulence 4 Syllabus
PCMEC0180  Teacher Internship in Mechanical Sciences I (Mandatory for Scholarship Holders) 2  
PCMEC0182  Teacher Internship in Mechanical Sciences II (Mandatory for Scholarship Holders) 2  

  

Table 4: Seminars

Code Course Credit Hours
PCMEC0073  Seminar 1 in Mechanical Sciences 4
PCMEC0075  Seminar 2 in Mechanical Sciences 4

 

Academic Campus Darcy Ribeiro

Asa Norte, Brasília-DF, Brazil

Zip Code: 70.910-900

 

Secretariat PCMEC: +55 (61) 3107-5673

 

enm.pcmec@gmail.com

 

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