At PSR since 2002, he has been coordinating the development of computational models applied to the electricity sector. He is currently executive director, holding the roles of COO, CTO and CFO. <br>
<b>Academic Background</b>
<li>DSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
<li>MSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
<li>BSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
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<b>Professional Experience</b>
<li>He has led the academic front as an instructor for several courses in Europe and Latin America, in the areas of hydrothermal dispatch and risk management.</li>
<li>He works on the development of computational models applied to the electricity sector, such as:</li>
<li>models for optimizing gas contract management for thermal power plants under uncertainty (OptGas model);</li>
<li>models for optimizing physical-financial asset portfolios under uncertainty and with risk constraints (OptFolio model);</li>
<li>models for optimization of medium- and long-term hydrothermal dispatch under uncertainty in centralized (SDDP model) and market (MAXREV model) environments, as well as for the optimization of short-term hydrothermal dispatch (NCP model).</li>
<b>Academic Background</b>
<li>DSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
<li>MSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
<li>BSc in Electrical Engineering with a concentration in Operations Research – PUC-Rio</li>
<br>
<b>Professional Experience</b>
<li>He has led the academic front as an instructor for several courses in Europe and Latin America, in the areas of hydrothermal dispatch and risk management.</li>
<li>He works on the development of computational models applied to the electricity sector, such as:</li>
<li>models for optimizing gas contract management for thermal power plants under uncertainty (OptGas model);</li>
<li>models for optimizing physical-financial asset portfolios under uncertainty and with risk constraints (OptFolio model);</li>
<li>models for optimization of medium- and long-term hydrothermal dispatch under uncertainty in centralized (SDDP model) and market (MAXREV model) environments, as well as for the optimization of short-term hydrothermal dispatch (NCP model).</li>
