What will you learn in Introdução ao Controle de Sistemas Course
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Understand the basic structure and function of feedback control systems.
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Analyze dynamic systems using mathematical modeling.
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Apply Laplace Transforms and transfer functions in control contexts.
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Evaluate stability and response of systems in time and frequency domains.
Program Overview
Módulo 1: Introdução aos Sistemas de Controle
1 week
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Topics: Open vs. closed-loop systems, real-world applications.
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Hands-on: Identify control systems in everyday technology.
Módulo 2: Modelagem de Sistemas Dinâmicos
1 week
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Topics: Differential equations, block diagrams.
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Hands-on: Create system models from physical components.
Módulo 3: Transformada de Laplace e Funções de Transferência
1 week
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Topics: Laplace basics, transfer functions, system representation.
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Hands-on: Convert time-domain models to Laplace domain.
Módulo 4: Resposta Temporal de Sistemas
1 week
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Topics: Transient and steady-state response, step response.
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Hands-on: Analyze response curves using simulation tools.
Módulo 5: Estabilidade de Sistemas
1 week
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Topics: Routh-Hurwitz criterion, poles and zeros, system stability.
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Hands-on: Determine system stability using analytical tools.
Módulo 6: Projeto e Análise de Sistemas de Controle
1 week
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Topics: Controllers (P, PI, PID), performance improvement.
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Hands-on: Design simple control systems with MATLAB/Simulink.
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Job Outlook
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In-demand for roles in automation, mechatronics, and industrial engineering.
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Useful in robotics, aerospace, automotive systems, and process industries.
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Control engineering jobs expect steady growth, especially with IoT and automation integration.
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Skills transfer to R&D, embedded systems, and smart manufacturing.
Last verified: March 12, 2026