São Carlos School of Engineering (EESC)
University of São Paulo (USP)
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Curriculum Courses
As part of the requirements for submitting their Master Dissertations and Doctoral Theses, the students must complete a minimum of 54 credits (créditos), for Master students, 48 credits (créditos), for Doctoral students, and 102 credits (créditos), for Direct Doctoral students, in courses.
The chosen courses should respect the following structure:
- a minimum of 36 credits in required courses from the area the student is enrolled in;
- 6 credits in general required courses (SEM5892 - Bibliographic Research Methods, SEM5931 - Pedagogical Preparation or similar);
Doctoral students that have completed the credits in required courses during Masters may complete the credits in other required or elective courses.
The required courses for each area are:
Aeronautics
- SEM5738 - Numerical Methods
- SEM5749 - Fluid Mechanics
- SEM5863 - Classical Thermodynamics
- SEM5908 - Engineering Materials
- SEM5928 - Control Systems
- SEM5932 - Topics on Computational Fluid Dynamics
- SEM5936 - Fundamentals of Continuum Mechanics Applied to Solids
- SEM5940 - Structural Dynamics
Dynamics and Mechatronics
- SEM5738 - Numerical Methods
- SEM5874 - Rigid Body Mechanics
- SEM5888 - Robotic Manipulation
- SEM5921 - Instrumentation and Measurement Systems
- SEM5928 - Control Systems
- SEM5940 - Structural Dynamics
Design, Materials and Manufacturing
- SEM5738 - Numerical Methods
- SEM5908 - Engineering Materials
- SEM5921 - Instrumentation and Measurement Systems
- SEM5936 - Fundamentals of Continuum Mechanics Applied to Solids
- SEM5942 - Introduction to Engineering Experiment Planning
Thermosciences and Fluid Mechanics
- SEM5749 - Fluid Mechanics
- SEM5863 - Classical Thermodynamics
- SEM5909 - Heat Transfer
The other courses of the program are:
- SEM5917 - Acoustics
- SEM5784 - Computational Aerodynamics
- SEM5774 - Aeroelasticity
- SEM5766 - Modal Analysis of Structures
- SEM5704 - Automatic Aircraft Control
- SEM5875 - Control of Robotic Systems
- SEM5857 - Structural Vibration Control
- SEM5903 - Dynamics of Rotating Systems
- SEM5785 - Flight Dynamics
- SEM5895 - Finite Elements I: Analysis of Linear Problems
- SEM5947 - Partial Differential Equations
- SEM5756 - Ultraprecision Manufacturing
- SEM5942 - Manufacturing and Inspection of Complex Forms Aided by Computer
- SEM5944 - Fundamentals of Additive Manufacturing
- SEM5936 - Fundamentals of Continuous Mechanics Applied to Solids
- SEM5939 - Fundamentals of Thermophysics and Lattice Boltzmann Method
- SEM5925 - Instrumentation and Data Analysis in Multiphase Flow
- SEM5783 - Introduction to Aerodynamics
- SEM5741 - Introduction to Fuzzy Logic and Neural Networks
- SEM5913 - Introduction to Computational Mechanics
- SEM5910 - Introduction to Engineering Design Methodology
- SEM5911 - Introduction to Mobile Robotics
- SEM5926 - Lean (Lean) Six Sigma Applied to Metal Forming
- SEM5740 - Mathematics for Engineers
- SEM5918 - Intelligent Materials and Aeroelastic Control
- SEM5896 - Experimental Methods in Aerodynamics
- SEM5934 - Microsystems
- SEM5935 - Micromachining: Concepts and Applications
- SEM5938 - Biphasic Flow Modeling
- SEM5803 - The Panel Method - Introduction and Application
- SEM5920 - Engineering Optimization
- SEM5820 - Principles of Material Machining
- SEM5937 - Biomechanical Project
- SEM5732 - Precision Machinery Design
- SEM5904 - Design and Analysis of Aeronautical Structures I
- SEM5912 - Design and Analysis of Aeronautical Structures II
- SEM5789 - Design and Analysis of Manufacturing Systems
- SEM5941 - Industrial Property
- SEM5952 - Neural Networks and Machine Learning
- SEM5950 - Robots with Legs
- SEM5747 - Simulation of Manufacturing Systems
- SEM5949 - Microfluidic Solutions to Improve the Performance of Energy Conversion Systems
- SEM5818 - Theory of Elasticity
- SEM5932 - Computational Fluid Mechanics Topics
- SEM5943 - Topics in Simulator Design
- SEM5919 - Special Topics in Aerodynamics and Aeroacoustics
- SEM5902 - Special Topics in Discrete Systems Simulation
- SEM5742 - Two-Phase Flow Heat Transfer
- SEM5707 - Abrasion Machining
- SEM5946 - Autonomous Aerial Vehicles
- SEM5945 - Autonomous Ground Vehicles
Further information about the courses can be found here: 
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