Dr. Marco Aurélio dos Santos Bernardes

SIMATIC-Code-Pflege, Softwareentwicklung, Kompilierung in C++; Tools: SIEMENS SIMATIC, Microsoft Visual Studio, etc. Wartung und Migration von Luftfahrtsoftware; Tools: IntelliJ IDEA, V.Studio, Java, C++, bash, XML/JSON, JavaScript, Vue.js, etc.

Design und Planung von Hochspannungskomponenten innerhalb einer HVDC, Massenermittlung Hochspannungsequipment, Programmierung (VBA), Vault (~GIT) Tools: Autocad / Inventor, EDV, SAP

Code development and maintenance (C++), etc. Tools: SIEMENS SIMATIC, Visual Studio.

• Kunststofftechnik, Prozess- und Bauteilsimulation: mechanische Eigenschaften, Temperaturverteilung, Aufheizsimulation, Umformsimulation • Auslegung und Bewertung von Werkzeugen und Maschinen vor dem ersten Experiment • Entwicklung von Grafische Benutzeroberfläche (GUI) für CFD/FEA Simulationen • Planung und Durchführung von Schulungen Tools: COMSOL Multiphysics, Java, CADDoctor, Rhino, etc

•Code-Pflege Entwicklung (Fortran/C++), Validiereung, Modelierung einzelner Kompenenten, Auslegung von Wärmetauschern und Anlagenkomponenten, Additive Manufacturing

Activities: technical CAD / CAM support and communication of solutions to end users via telephone, email and the Internet, SigmaNEST CAD/CAM software installation and test programs run, technical sales support and competitive analysis, etc. Tools: SigmaNEST package, Solidworks, SolidEdge, Inventor, NX, Rhino, SpaceClaim, OnSchape, DesignSpark, Google SketchUp, AutoCAD, CATIA, CREO, FreeCAD, MS Office, Teams, Azure, TeamViewer, NetSuite, 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 , visualization, discussion and interpretation of the simulation results, vacuum conveying tests, maintenance and installation, assembly, production, test and trial runs of vacuum conveyors and pumps, self-construction of a test stand for vacuum pumps, sheet metal CAD, etc.

Capes-Humboldt Research Fellowship for experienced researchers Job responsibilities: Conduct R&D CFD, 1D and 3D simulations on Solar Updraft Power Plant models, Nusselt number and friction factor derivation for the flow in the collector, publish papers and present research findings. Research coaching of graduate students. Theme: Development of a Robust and Simple Mathematical and Computational Model for Solar Updraft Towers Analysis and Optimization

I am broadly interested in Mechanical Engineering and Environmental Sciences, such as analytical, computational and experimental thermal sciences, solar energy, energy efficiency, environmental assessments, multi-scale and multi-physics research. My work has focused on thermal analyses of Solar Updraft Power Plants (SUPP), thermal semiconductors(TSC), and environmental research & assessment. Lectures (undergraduate courses): Thermodynamic Lectures (graduate course): Energy and Environment

Course Coordinator Lectures: Technical Drawing, C++ Programming

Course: Energy Engineering: Transport Phenomena, Thermo-fluid dynamics of machinery, AutoCAD, Technical Drawing, Energy Audit in Industry

• Master Course Energy Engineering (Mar 2008 – Jul 2010): Life Cycle Assessment, Energy and Environment, Fluid Mechanics • Mechanical Engineering Course: Thermodynamic, Heat Transfer, Machine Design, Technical Drawing, Fluid Mechanics • Brazilian LCI Net: Brazilian life cycle inventory construction according to the ecoinvent database version 3. Training at Federal Technological University of Paraná – UTFPR, Mar 2010 • Brazilian Panel on Climate Change - Acting as reviewer and collaborator, since Aug 2010

• Mechanical Engineering Course: Technical Drawing, AutoCAD

Life Cycle Optimization of Buildings According to Environmental Criteria

Theme: Power Control Analysis of Solar Chimneys

Thesis: Technical, economic and ecological Analysis of Solar Chimneys Project: „Lebenszyklusanalyse ausgewählter zukünftiger Stromerzeugungstechniken“. Project: „Grundlagen zur Beurteilung der Nachhaltigkeit von Energiesystemen in Baden-Württemberg“.