Marco Aurelio Dos Santos Bernardes
About
Marco Aurelio Dos Santos Bernardes is from Greater Nuremberg Metropolitan Area. Marco Aurelio Dos Santos works in the following industries: "Sporting Goods". Marco Aurelio Dos Santos is currently Senior Mechanical Design Engineer at adidas, located in Herzogenaurach, Bavaria, Germany. In Marco Aurelio Dos Santos's previous role as a Senior Development Engineer at Framatome, Marco Aurelio Dos Santos worked in Nürnberg Area, Germany until Jun 2020. Prior to joining Framatome, Marco Aurelio Dos Santos was a Senior Application Engineer at SigmaNEST Systems GmbH and held the position of Senior Application Engineer at Hamburg Area, Germany. Prior to that, Marco Aurelio Dos Santos was a Senior Engineer Product Development at Lutena Vakuum GmbH & Fraunhofer-Einrichtung für Additive Produktionstechnologien IAPT, based in Buchholz i.d.N. from Apr 2017 to Mar 2019. Marco Aurelio Dos Santos started working as Senior Research Engineer at University of Hamburg in Hamburg Area, Germany in Aug 2014. From Sep 2013 to Jul 2014, Marco Aurelio Dos Santos was Adjunct Professor at Universidade Federal de São João del-Rei, based in São João del Rei Area, Brazil. Prior to that, Marco Aurelio Dos Santos was a Adjunct Professor at Centro Universitário UNA, based in Belo Horizonte from Jun 2012 to Jun 2013. Marco Aurelio Dos Santos started working as Adjunct Professor at PUC Minas in Belo Horizonte Area, Brazil in Feb 2012.
You can find Marco Aurelio Dos Santos Bernardes's email at finalscout.com. FinalScout is a professional database with business professional profiles and company profiles.
Marco Aurelio Dos Santos Bernardes's current jobs
Development of a graphical user interface (GUI) for CFD / FEA simulations, Training Tools: COMSOL Multiphysics, Java, CadDoctor, Rhino, etc.
Marco Aurelio Dos Santos Bernardes's past jobs
Code development and maintenance (Fortran/C++), Validation, modeling of individual components, design of thermal equipment and system components, research 3D printed heat exchangers, etc. Reason for leaving: job duties have been reduced - COVID 19
To provide technical CAD / CAM support and communicate solutions to end users via telephone, email and the Internet; to provide training for SigmaNEST customers, on-site, at SigmaNEST in-house training facility, and over the Internet, to install SigmaNEST CAD/CAM software and run test programs on their machines to test the software capabilities, to offer demonstrations for technical sales support and competitive analysis, etc.
Activities: entire computer-aided development process for a new vacuum pump: CAD design, prototype development (for 3D printing), development of a mathematical model for numerical simulation, CFD simulations and parameter optimization (OpenFOAM,) the visualization, the discussion and the interpretation of the simulation results. Other activities: vacuum conveying tests, support in the field of maintenance and installation, assembly and production of vacuum conveyors and vacuum pumps, test and trial runs of vacuum conveyors and vacuum pumps, self-construction of a test and test stand for vacuum pumps, sheet metal CAD Tools: SolidEdge, FreeCAD, DesignSpark, OpenFoam (CFD), gmsh (grid), MATLAB, Python and various scripting languages (Linux), optimization and parallelization (MPI), Design of Experiments, MS Office. Project: A.Development of a method for geometric optimization of the active structures within a pneumatic vacuum generator based on fluid mechanical simulations
Activities: Research and research coaching, product development. Theme: Development of a Robust and Simple Mathematical and Computational Model for Solar Updraft Towers Analysis and Optimization. Tools: OpenFOAM, gmsh (Gitter), Parallelisierung (MPI), Star CCM+, COMSOL Multiphysics, Java, MS Office.
Activities: research and teaching (graduate and undergraduate courses (336 hours): Thermodynamics II, Energy and Environment, Multidisciplinary Integration Work. Tools: Design of Experiments, error analysis, laboratory tests, MS Office, ANSYS, Star-CCM+, Java
Activities: course coordinator, research and teaching (280 hours:) C++ Programming, Technical drawing. Tools: C++, Java, Office
Activities: teaching (240 hours:) Transport Phenomena, Thermal and Hydraulic Machines, Energy Supply Technologies I, Energy Supply Technologies II, Energy Systems Contextualization II, Techniques for Graphical Representation.
Activities: Research and research coaching, product development. Theme: Life Cycle Optimization of Buildings According to Environmental Criteria. Tools: Java, LCA, Optimierung, SketchUp, MS Office.
Activities: Research, leadership, 13 years of activities including a graduate course establishing, international projects, the teaching of graduate and undergraduate lectures, seminar organizing, theses supervision and examination, dean of the Mechanical Engineering Department, Council Advisor and Research Coordinator. Teaching (2350 Stunden:) Mechanical Drawing, Heat Transfer, Life Cycle Assessment, Energy and Environment, Thermodynamics, Machine Design, Fluid Mechanics, Computational Fluid Dynamics, AutoCAD. Tools: Java, Delphi, Umberto, AutoCAD, Solidworks, COMET (CFD), COMSOL Multiphysics, MS Office, FEM, etc.. Projects: Project sponsored by the USAID in cooperation with the Colorado University (USA). Develop Graduate Curriculum in Environmental Sustainability and Energy Efficiency, 2005 Project sponsored by the Brazilian National Counsel of Technological and Scientific Development – CNPq in cooperation with Colorado University (USA): Technical expertise in sustainability and Energy Efficiency Technologies in Buildings and Industrial facilities, 2003 - 2004
Activities: teaching (114 hours:) Mechanical Drawing, AutoCAD. Tools: AutoCAD, MS Office
Heat exchanger manufacturing
Steel mills