Marian Hodorogea

Applied Informatics (Industrial Informatics)

Power Engineering Faculty, Romania

2009-2011

• Knowledge of methods, techniques and strategies for designing and implementing information systems
• Design and implementation of local loop process control systems based on microprocessors and microcontrollers
• Designing and implementing automation systems and energy management processes (systems management architecture)
• Design, operation and programming of data acquisition system remote transmission and / or remote measure
• Ability to design, to operate and ensure maintenance of a EES
• Ability to analyze and model the dynamic processes of power systems
• Using modern techniques and technologies - IM and facts - to monitor and control processes in the electricity system
• Using advanced software for modeling and simulation of operating modes of the interconnected power systems - EUROSTAG, NEPLAN, EDSA, VSTAB, STABTEN
• Ability to analyze and model processes in a power plant
• Identifying sources of electromagnetic disturbances in the structure and assess the level of perturbation, industrial installations and emissions, methods to ensure the application of electromagnetic immunity
• Use specific methods of mathematical programming for solving energetic problems: knowledge of quantitative methods to solve logistical problems, formulating mathematical models, data processing so as to be suitable for known solving methods to determine the optimal solution
• Knowledge of concepts and theories relating to maintenance strategies, namely the organization of maintenance of electrical power installations
• Ability to identify causes and effects of perturbation (harmonics, non-symmetries, voltage variations, flicker, etc..) on the electrical system and on consumers of electricity, namely to establish appropriate measures to limit or eliminate them
• The ability to monitor and control the spread of renewable energy influences on the operating regimes of electrical networks
• Using means and statistical methods of analysis of random measurements

Siemens WinCC

Power Engineering Faculty, Romania

2009

• Information Theory
• Signal processing
• Comunication in industrial environments
• Software applications for command, control, supervision, data acquisition and storage of data
• S.C.A.D.A. (Supervisory Control and Data Acquisition)

Power Engineer

Power Engineering Faculty, Romania

2005-2009

• Ability to use general and specific knowledge of technological processes in systems of production, transmission, distribution and use of energy
• Ability to apply specific knowledge for sizing and operation of equipment and electrical, thermal and hydraulic installations
• Ability to apply specific knowledge in analysis, modeling and simulation of energetic equipment
• Ability to use general and specific knowledge of design and implementation of architectures of systems for surveillance, command, control and process management of energetic / industrial processes
• Ability to apply specific knowledge in the performance, testing and implementation of management loops based on microprocessors and controllers (PLC and / or DCS)
• Ability to apply specific knowledge of configuration, implementation and operation of data acquisition systems for remote transmission and / or remote measure
• Ability to use specialized computer programs for power engineering processes
• Ability to inform and document, at least in one international language for professional improvement through continuing education
• The ability to work in a team and coordinate a team that performs professional duties in conditions imposed

PC Operator

Constantin Brancoveanu High School, Romania

2005

• PC operating skills

English Translation

Constantin Brancoveanu High School, Romania

2005

• Language skills
• Advanced level

Graduate

Constantin Brancoveanu High School, Romania

2001-2005

• Mathematics
• Informatics
• Intensive English