Azar Hadi is a PhD researcher in Electronics Engineering at the University of Rennes, based in Rennes, France.
Her research focuses on millimeter‑wave dosimetry during pregnancy, exploring how electromagnetic exposure interacts with biological tissue.
- Industry relevance tags: Medical electronics, Communication technology, Health safety
- Core research problem: How millimeter-wave electromagnetic radiation affects breast tissue during pregnancy, and how exposure risks can be better assessed and managed.
“Small differences in tissue composition can lead to very different responses to electromagnetic radiation.”
Azar Hadi, The Short Version
- Institution: University of Rennes
- Field: Electronics Engineering
- Location: Rennes, France
Azar Hadi is a second‑year PhD student in electronics engineering, working on electromagnetic dosimetry related to pregnancy.
Her work examines how variations in breast tissue composition influence exposure to millimeter‑wave radiation.
She is interested in dosimetry, electronics, and applications within the communication industry.
Measuring Exposure Where It Matters Most
Azar’s doctoral research investigates millimeter‑wave dosimetry during pregnancy, a topic that sits at the intersection of electronics, health, and safety.
One of her key findings so far is that breasts with different glandular‑to‑adipose tissue ratios respond differently to electromagnetic radiation as pregnancy progresses. This highlights the importance of personalized and biologically informed assessment rather than one‑size‑fits‑all models.
Early‑Stage Research With Long‑Term Impact
Currently in the early stages of her PhD, Azar is focused on building a strong foundation for her research and career. She is keen to explore collaboration opportunities early, particularly with research‑ and development‑intensive industries.
Looking Beyond Academia
Her interests extend toward the communication industry and applied electronics, where dosimetry and safety assessment have direct societal relevance.
Through networking and interdisciplinary discussion, she hopes to better understand how her research can translate into industrial practice.
Growth Through Exchange
Azar values brainstorming, collaboration, and entrepreneurial discussions. She sees networking as a way to open doors to funding opportunities, industry experience, and broader perspectives.
“Building connections early helps shape both the research and the researcher.”