Physics, Electronics and Mathematics (FEM)

We conduct research and research education in communication electronics, mathematics, engineering didactics, physical electronics and nanotechnology, as well as education in physics, electronics, systems engineering and mathematics. The research is often in close collaboration with companies and is needs-driven. Our education covers both basic mathematics, physics, etc. as well as specialization courses in, for example, wireless communication and solar cells for master students.

Research and education in Physics, Electronics and Mathematics

Closeup of a pipette dripping a clear fluid on to a microscope

Physics, Electronics and Mathematics

Research in communication electronics and mathematics, focusing on antennas, IoT, sensors, signal and information processing, as well as mathematics for artificial intelligence with applications in, for example, learning and image processing.

Postdoc scholarship in Communications Electronics

We are seeking a highly motivated postdoctoral researcher to join a prestigious ÅFORSK funded project. The selected candidate will conduct cutting edge research on the optimization of array antenna systems for imaging MIMO holographic staring radars. This work will contribute to the design and characterization of intelligent devices and environments for wireless communications, localization, and sensing, as part of the broader activities of the Physics and Electronics (FE) group in advanced multiple antenna systems. The successful candidate will join the research group of Professor Andrés Alayón Glazunov at the Department of Science and Technology, Linköping University.

The position offers an excellent opportunity to contribute to the development of next generation antenna and radar systems while strengthening an independent research profile in a highly active academic environment. The project focuses on innovative approaches to array antenna synthesis for imaging radars, drawing on concepts from holographic staring radar, MIMO radar, tiled subarray architectures, hybrid beamforming, and plane wave expansion. Its main objective is to address key challenges in complex propagation environments by reducing the need for beam scanning, improving energy efficiency, and enhancing the overall performance of imaging radar systems.

Read more:

Information about postdoctoral fellowships at Linköping University_2026

Application deadline:May 18th, 2026.

Contact

Department of Science and Technology