areas of study and atuation

Structures & Loads & Materials
  • Solid Mechanics I and II
  • Aircraft Structural Mechanics I and II
  • Stability & Analysis of Structures
  • Design of lightweight structures: Composites & Metals
  • Manufacturing of Aerospace Structures and Materials
  • Fatigue Structures & Materials
  • Building Materials Aeronautics I and II
  • Structural Dynamics
Analyse the loads each structure is submited and perform static and dynamic analysis. Search the best materials and optimize structures dimensions. Verify suitability to safety, certification criteria and other related project constraints.
Aerodynamics & Fluid Study
  • Aerodynamics I and II
  • Fluid Mechanics
  • Computational Fluid Mechanics
  • Computational Modelling of Flow and Transport
Study fluid behavior around a body. Mesh modelling and flow behavior prediction. Aerodynamic analysis and optimization of airfoil, aircraft and general objects.
Flight Performance & Propulsion 
  • Aerospace Flight Dynamics
  • Flight Performance
  • Propulsion & Power
Analysis of different kinds of propulsion and its adequation and performance. Flight envelope studies, prediction of aircraft static and dynamic stability and performance behavior.
Systems & Control
  • Digital Technology
  • Telecomunications
  • Aerospace Systems & Control Theory
  • Instrumentation & Signals
Digital logic devices knowledge and application pf microcontrollers in data acquisition systems and automation. Comunication systems and eletromagnectic compatibility analysis. Work with dynamical systems and their input and output signals applied to signal analysis and modelling
Maintanence & Operations
  • Structural Integrity and Maintanence
  • Experimental Techniques & NDT
  • Aircraft Maintanence
  • Aircraft Operations
Knowlege in airworthiness, roles of aerospace stakeholders, aircraft certification, maintenance processes during operation, new developments in AC maintenance, basic principles in damage tolerance and damage monitoring/inspection. Basic understanding of aircraft operations analysis, airport structure, airworthiness procedures, operations of the various flight regimes, air route analysis and flight planning.
Specific Studies 
  • Wind Turbine Design
System design and scaling rules, aerodynamic and structural rotor design and analysis, drive train and electrical system, wind turbine control, blade materials and assessment of fatigue damage, wind data and description, the use of standards for load calculations. Understanding of the coherence between these aspects in a consistent and integrated way.    
  • Helicopter Flight Dynamics
Helicopter specific dynamics fundamentals, performance in flight hovering and in flight forward, vortex theory and rotor and its representation, interaction with the ground, helicopter movement equation, stability and control, phenomena of dynamic stall, introduction to aeroelasticity of helicopters and noise.
Management & Economics & More
  • Project Management
Projects, programs and portfolio’s difference, project life cycle (PLC) and the developed value, selection of appropriate organisation structure for a project. project planning using MS Project/PertMaster, risk analysis and risk register creation, management techniques in project management.
  • Principles of Economy
Fundamental concepts of micro and macroeconomics, including supply and demand theories, market structures, operation and dynamics of the national financial system, measurement of macroeconomic aggregates, demand and supply of money, and short-term economic.
  • Social Sciences and Humanities
   
 
 

I am currently studying aeronautical engineering at USP, and I am looking for new opportunities!


My experience in the EESC-USP AeroDesign Team projects taught me how to optimize an aircraft, work as a team, perform technical presentations and learn more about group administration and resources prospecting.  

 


As Informational Management Director at SEA (Aeronautical Engineering Week), I learned how to organize an event, solve problems immediately and work with different public.


Idealizing and founding Sanca Social, a social institution in São Carlos, made me able to deal with different realities, analyse needs and prospect projects from them, and also inspire different people to work together.