Dr. edris agheb

My responsibilities as technology team lead: • Leadership of a multinational team in different countries • Lead cross functional teams • Monitoring and understanding of technology trends, being direct in contact with the market • Building up market requirements specifications • Validation of technical deliverables from product execution • Screening and following new technologies and market trends • Defining roadmap for substation service R&D team

Activities : • Study Project Manager • Electrical Equipment Sizing/Selection (variable frequency drives, transformers, filters) • Engineering follow-up and Preparation of technical documents and specifications • High voltage test expert • Technical sales support • Coordinate various technical reviews with projects and end users Projects: + Direct electric heating + Power system for subsea boosting pump - Murphy + Power system for subsea boosting pump - Chevron + Subsea power grid

Activities: • Study lead engineer • Power system steady state, dynamics and transient analysis • Project engineer • Analysis and design of power systems including switchgear, cables, transformers and medium voltage frequency converters • Modeling and design of Siemens Perfect harmony and Modular Multi-level Converters • High voltage testing • Technical sales support Projects: + World's largest direct electric heating - BP + Power system for subsea boosting pump - Exxon + Subsea power grid

Project: “Modeling and Design of medium Frequency High Power Transformers” These transformers have wide range of applications including offshore wind farms, Traction systems, renewable energies, smart grids and high power converters. - Transformer design and modeling - Electromagnetic modeling and design - Thermal modeling - Loss calculation - Comprehensive transformer optimization program with MATLAB

- Design and implementation of high voltage transmission lines - Engineering follow-up

- Insulator high voltage test with AC power frequency, Impulse voltage, Chopped wave Impulse voltage and switching surge up to 400 kV nominal voltage - High current making test of sectionalizers in medium voltage panels. - Type tests and routine tests of distribution transformers up to 33KV, 1600KVA, including insulation tests, no load losses and short circuit losses