Tamás Papp
About Tamás Papp
Tamás Papp is a Facilities Electrical Engineer at National Instruments in Hungary, with extensive experience in high voltage systems, energy savings projects, and building management systems.
Title: Facilities Electrical Engineer
Tamás Papp currently holds the position of Facilities Electrical Engineer at National Instruments in Hungary. He is responsible for overseeing the electrical aspects of the company's facilities, which includes managing high voltage electrical systems and ensuring efficient energy use.
Education and Expertise: Tamás Papp
Tamás Papp has a diverse educational background in the field of electrical engineering. He studied Electrical and Electronics Engineering at Debreceni Egyetem, where he earned a Bachelor's degree from 2014 to 2018. He further specialized by achieving qualifications as an Electrician, Electrical network operator, and Electrical substations operator from OKTÁV and Debreceni SZC Beregszászi Pál Szakgimnáziuma és Szakközépiskolája.
Experience in High Voltage Electrical Systems
Tamás Papp has extensive experience in managing high voltage electrical systems up to 22 kV. This expertise enables him to efficiently oversee the electrical infrastructure of large facilities and ensure the safety and reliability of power systems. His role involves detailed coordination with subcontractors and designers to execute electrical projects successfully.
Energy Saving Projects by Tamás Papp
In his role as a Facilities Electrical Engineer, Tamás Papp has led significant energy savings initiatives. Notable projects include the installation of solar panels and the modernization of lighting systems. These projects have contributed to more sustainable and energy-efficient operations within the facilities he manages.
Proficiency in Building Management Systems (BMS) Software
Tamás Papp is proficient in building management systems (BMS) software, which is crucial for efficient facility management. His skills in BMS help in monitoring and controlling building systems, ensuring optimal performance and energy efficiency. This proficiency supports his overall role in maintaining and improving facility operations.