Alexander Bardakov
About Alexander Bardakov
Alexander Bardakov is a Field Application Engineer specializing in thermal imaging with over a decade of experience in infrared thermography across various industries. He holds a Master's degree in Physics and has worked in multiple roles, including Technical Sales Manager and TSM Team Leader, contributing significantly to the field in the EMEA region.
Work at Fluke
Alexander Bardakov has been employed as a Field Application Engineer - Thermal Imaging since 2014, contributing to the EMEA region. In this role, he applies his extensive knowledge of infrared thermography to various industries, enhancing the application of thermal imaging technologies. His responsibilities include engaging with clients to understand their needs and providing tailored solutions that leverage infrared optics.
Previous Experience
Before his current position, Alexander served as a Technical Sales Manager from 2012 to 2013 in Russia. He also worked as a TSM Team Leader from 2013 to 2014 for 11 months, focusing on the CIS and Russia. His previous roles have equipped him with a strong foundation in technical sales and team leadership within the thermal imaging sector.
Education and Expertise
Alexander Bardakov earned a Master's degree in Physics from V. N. Karazin Kharkiv National University, where he studied from 1995 to 2000. His academic background supports his expertise in infrared optics and thermography, enabling him to apply scientific approaches in his daily work. He specializes in infrared thermography applications across various industries.
Background
Based in Eindhoven, Noord-Brabant, Netherlands, Alexander Bardakov has extensive experience in infrared thermography across multiple sectors, including steel, aluminum, chemical, glass, oil & gas, construction materials, electronics, food, and semiconductors. His work involves applying IR temperature measurements in diverse environments and utilizing various technologies and wavelengths.
Industry Applications
Alexander engages in a wide range of applications related to thermal imaging, including materials science, firefighting, surveillance, metrology, biomedical fields, research and development, building diagnostics, and energy efficiency. His contributions to these areas demonstrate his commitment to advancing thermal imaging technology and its practical applications.