Ivando Lossio Jr

• Development of control systems for hybrid power plants (wind turbines, photovoltaics and battery storage systems), from low-level (PLC) to C++/C# object-oriented programming. • Functionalities design for Frequency Response, peak power management, state of charge and imbalance markets.

• Development of an Energy Management System (EnMS) for the manufacturing of Danfoss VLT® Variable Frequency Drives (VFD). Focus on energy efficiency and ISO 50001 application. • Digitalization and internet of things (IoT) to integrated processed data and energyconsumption into cloud-based solutions. • Data collection and configuration of local drives.

• Management of commissioning teams for several offshore units for water/oil treatment. • Designing of supervisory and process controls systems using Rockwell technology. • Responsible for instrumentation, sensors and field network topology. • Operational maintenance and technical support in after-sales. • System diagnostics and fault finding, debug and optimization of process controls.

• Leader of automation team in developing end-to-end (kick-off to operation) Siemens Solutions for oil platforms. Project design, process requirements, control specifications, technical documentation, installation and commissioning. • Design of supervisory systems (SCADA), automation hardware, low and medium voltage equipment, industrial communication protocols and test plans. • Specialist in Siemens PCS7, S7 and WinCC (HMI), fieldbus communication with Profibus, Modbus, OPC and Industrial Ethernet.

• Project Management Office (PMO) for a custom MES implementation at Braskem. • Implementing and evaluating front-end loading methodology in large industrial projects. • Development of basic and detailed/execution projects both for greenfield and brownfield.

Development of artificial intelligence algorithms applied on Data Mining, specially on Recommendation Systems. Part of the team that developed the first commercial Brazilian recommendation system. • Development of full-stack software projects with JAVA, C/C++ and Python • Management of third-party developers using SCRUM framework and agile methodology.

• Project design and implementation of an evaluation system for the circular economy in the built environment. • Design of an energy management tool applied in the Brainport Smart Districit project. • Member of multidisciplinary design teams for smart cities.

• Economical and technical analysis to improve renewable energy coverage for island economies. Feasibility study using WindPro, PVSol, ArcGIS and LCOE analysis. • Project management and modelling tool design. Integration of Wind power, electrolyser, thermal storage and anaerobic digester.