Personal

• Date of birth: Kisvárda, 1993
• Nationality: Hungarian
• E-mail: nagy.zsolt347 [at] gmail.com
  

Education

• 2023-present - Wirtschaftswissenschaft für Ingenieure MSc (Economics MSc), FernUniversität in Hagen
• 2021-present - Molecular Medicine PhD, Semmelweis University
• 2020-2021 - Electrician
• 2017-2021 - Biomedical Engineering MSc, Budapest University of Technology and Economics
• 2013-2017 – Electrical Engineering BSc, Óbuda University Kálmán Kandó Faculty of Electrical Engineering,Specialization: Automation, Programmable Control Systems and Automotive Electronics
• 2008-2012 – Szent László Catholic Secondary School, Specialization: Informatics, Mathematics and History

Work Experience

• September 2022 - present - Firmware Development Specialist, Nokia, Budapest
• August 2020 - December 2020 - PLC Programming Instructor, Nyírvidék Education Centre Nonprofit Ltd., Kisvárda
• May 2021 - July 2022 - Configuration Manager, Robert Bosch Hungary Ltd.
• March 2019 - July 2022 - Radar System Engineer,DSP Developer, Robert Bosch Hungary Ltd.
• April 2018 - present - Junior Research Fellow, Semmelweis University
• March 2018 - October 2018 - Embedded Software & Hardware Engineer Intern, Varian Medical Systems Ltd., Budapest
• June 2016 - August 2016 - IT Administrator, Caroflex Brake Pad Factory, Kisvárda

Language proficiencies

• English (C2)
• German (C1)
• Hungarian (native)

Other skills

• Good programming skills in C, intermediate programming skills in assembly and C++, MATLAB, C# and spent some time learning Java
• Microcontroller (bare-metal and Linux-based RTOS) and PLC programming skills
• Basic knowledge of SQL and website creating
• User level knowledge of Windows and Linux operating systems
• Participation in Spring 2016 University TDK (Students’ Scientific Conference), made my research about the 1986 Chernobyl Accident, nuclear and reactor physics, particularly the RBMK-1000 reactors
• My bachelor’s thesis was about the design of the (power) electronics of an ionizing radiation detector device
• Master's thesis topic: Carcinogenesis analysis based on network science

Areas of interest

• History
• Literature
• Foreign countries and cultures
• CRISPR, CAR-T, recent advancements in genetic engineering and cancer therapies
• Science (physics, biomed)
• Electrical Engineering in all forms
• (Space) technology (spacecraft propulsion and aircrafts, nuclear marine propulsion, radiation protection in space and the Moon, Mars, (electric) cars, TESLAs, etc…)
• Robotics, drone swarms, UAVs, UGVs…
• Dancing
• Finances, investments, entrepreneurship