STUDY PLAN
FIRST SEMESTER
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Advanced calculation
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Differential Equations 1
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Numerical Analysis 1
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Transportation Phenomena 1
SECOND SEMESTER
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Differential Equations 2
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Numerical Analysis 2
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Transportation Phenomena 2
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Optional
THIRD SEMESTER
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Seminar
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Equivalent Training Activity
BRIEF DESCRIPTION OF THE COURSES
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Advanced Calculus: in this course, the foundations of Vector Analysis, Fourier Analysis, and others are developed, with a view to the analytical solution of Partial Differential Equations.
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Differential Equations 1: in this course, the main analytical methods to solve Ordinary Differential Equations are developed.
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Differential Equations 2: in this course, the main analytical methods to solve Partial Differential Equations are developed./h6>
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Numerical Analysis 1: this course develops the main numerical methods to solve algebraic systems of linear and nonlinear equations.
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Numerical Analysis 2: in this course, the main numerical methods to solve Ordinary and Partial Differential Equations are developed, with emphasis on the EDP.
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Transport Phenomena 1 and 2: in this course, the foundations of the classical laws of conservation (mass, momentum, and energy) are developed, in an environment of mathematical modeling and with strong use of tensor language.
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Equivalent Training Activity: after completing all the courses, the student must face a mathematical modeling problem based on differential equations, whose bibliographic references must be current articles published in indexed and high-impact international journals.
MILESTONES TRAINING PROCESS
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1. First Semester Courses.
2. Second Semester Courses.
3. Equivalent Training Activity.
4. Writing Scientific Document.
5. Public Defense.
6. Dissemination via Article and / or Congress.
SHORTCUTS
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