elektronikuselektromos

Elektronikuselektromos is a term used in Estonian to describe an interdisciplinary field that combines electronics with electromagnetism‑based technologies. The concept encompasses the design and study of systems where electronic circuits interact with electromagnetic phenomena, enabling sensing, actuation, communication, and power management.

The scope includes sensor and transducer technologies (RFID, inductive and capacitive sensors, hall‑effect sensors), actuators (electromagnetic coils, solenoids, magnetostrictive devices), wireless communication (RF, microwave), antennas and radio frequency front‑ends, power electronics and energy conversion, electromagnetic compatibility and EMI/EMC engineering, as well as modeling and simulation of electromagnetic fields in circuits and devices.

Applications span consumer electronics, automotive systems, robotics, industrial automation, aerospace, and medical devices. Examples include wireless charging interfaces, contactless payment antennas, smart sensors, and EMC‑compliant device design.

Education and research: It is not a widely standardized degree program; rather it overlaps with mechatronics, electrical engineering, electronics, and electromagnetics. Typical topics include circuit design, electromagnetic field theory, RF engineering, sensor technology, control systems, and EMC considerations. Research groups or companies may use the term to describe projects at the nexus of electronics and electromagnetic phenomena.

History and usage: The term is relatively niche and not universally adopted. In many contexts, related concepts are discussed under mechatronics, electronic engineering, or electromagnetic compatibility. As such, elektronikuselektromos can be seen as a descriptive label for a cross‑disciplinary activity rather than a formal discipline.