Kseniia Lezhennikova
About Kseniia Lezhennikova
Kseniia Lezhennikova is a metamaterial engineer specializing in hyperbolic metamaterials for medical imaging applications. She began her PhD at Institut Fresnel in 2021 and has a background in physics and engineering from ITMO University and St Petersburg Polytechnic University.
Work at Multiwave Technologies AG
Kseniia Lezhennikova joined Multiwave Technologies AG in 2021. Her role as a Metamaterial Engineer involves the application of her expertise in metamaterials to various projects. This position follows her research traineeship at Aalto University, where she gained experience in electronics and nano-engineering. At Multiwave, she contributes to advancements in technology through her focus on hyperbolic metamaterials.
Education and Expertise
Kseniia Lezhennikova holds a master's degree in Physics and Engineering from ITMO University in the Russian Federation. She also completed a bachelor's degree at the Institute of Physics of St Petersburg Polytechnic University. Her educational background provides a strong foundation for her work in metamaterials, particularly in medical imaging applications. She began her PhD at Institut Fresnel in 2021, further enhancing her expertise in this specialized field.
Background
Kseniia Lezhennikova has a diverse academic and professional background in physics and engineering. She started her career as a junior RF engineer while pursuing her PhD at Institut Fresnel. Her research contract at Institut Fresnel focused on medical imaging applications, which aligns with her current work on hyperbolic metamaterials. This combination of experience and education supports her contributions to the field.
Research Experience
Kseniia Lezhennikova worked on a short research contract at Institut Fresnel in France, where she concentrated on medical imaging applications. This experience allowed her to explore the practical implications of her studies in metamaterials. Additionally, her research traineeship at Aalto University provided her with valuable insights into electronics and nano-engineering, further informing her work in metamaterials.