Sonal Shreya leads research at the intersection of spintronics, neuromorphic engineering, and intelligent computing systems. She focuses on developing physics-informed magnetic devices, particularly MTJ- and oscillator-based systems.

Her research spans from materials to system-level design, to enable next-generation computing paradigms beyond CMOS technologies. She is particularly interested in stochastic, and in-memory computing for edge-AI hardware.

I am actively involved in research-led teaching and curriculum development at ECE, Aarhus University. She coordinates and teaches BSc courses in Digital Circuits and contributes to the Semiconductor Devices course. At the MSc level, she introduced and leads the course 'Applied Spintronics' and coordinates the Chip Design specialisation. She is also an active international speaker, delivering lectures and talks at universities, conferences, and workshops

I actively engage in interdisciplinary and international collaborations across academia, research institutes, and industry. I collaborate with several European partners, such as International Iberian Nanotechnology Laboratory, Spintec, imec, and University of Gothenburg, with several IITs in India, and a few collaborators in the USA, through projects where I serve as PI and co-PI. Her collaborations advance research in spintronics, neuromorphic computing, and emerging intelligent technologies.