TelEMA LAB / RESEARCH AREAS
Invisible fields.
Extraordinary possibilities.
We design the antennas, sensing methods, and intelligent systems
that connect physical phenomena with practical innovation.
Illustrative photograph · Stephan Widua / Unsplash
01 / ANTENNAS & ELECTROMAGNETIC WAVES
Designing how signals travel.
We investigate antenna design and simulation, radiation, propagation, and scattering—from the behaviour of individual radiators to their interaction with complex environments.
Research directions
Antenna design and optimisation · Microwave devices · Radiation-pattern evaluation · Propagation and scattering · Bodycentric and wearable antennas
02 / ELECTROMAGNETIC COMPATIBILITY & SENSING
Measure the subtle.
Understand the complex.
Our research links electromagnetic compatibility for space applications with magnetic cleanliness, weak-field measurement, and inverse methods for source characterisation.
Research directions
Spacecraft EMC · Low-frequency electric-field modelling · Magnetic signatures and cancellation · Sensor-array design · Magnetic characterisation of catalytic materials
Illustrative photograph · Umberto / Unsplash
Illustrative photograph · Denny Müller / Unsplash
03 / TELECOMMUNICATIONS & CONNECTED DEVICES
Connecting devices.
Connecting knowledge.
We explore mobile and optical communications, wearable sensors, and Internet of Things systems. Our work connects electronic hardware, communication links, and data analysis.
Research directions
Optical networks · Mobile and wireless communications · Wearable sensing · IoT technologies · Integrated sensing and communications applications
CROSS-CUTTING RESEARCH
Different disciplines. Shared methods.
COMPUTATIONAL ELECTROMAGNETICS
From models to predictions
Computational and semi-analytical methods for electromagnetic radiation, coupling, propagation, and scattering. Model development is linked to experimental comparison and validation.
AI & MACHINE LEARNING
From measurements to insight
Learning and optimisation methods for electromagnetic inverse problems, sensor data, electrical and chemical engineering, and predictive decision support. Related application: ORION.
BIOELECTROMAGNETICS
Technology in a human context
Electromagnetic interaction with biological environments, bodycentric communications, and wearable technologies. The laboratory also explores AI-assisted biomedical signal and image analysis.
THE TelEMA APPROACH
Theory is the beginning. Validation is the test.
01 / Model
Formulate the physics, develop numerical and analytical models, and identify the quantities that matter.
02 / Build & measure
Translate concepts into sensors, circuits, prototypes, and repeatable experimental configurations.
03 / Learn & validate
Compare measurements with predictions, refine algorithms, and evaluate performance in the intended application.
COLLABORATE WITH TelEMA
Bring a question.
Let’s engineer an answer.
Explore research collaborations, measurement studies, and thesis opportunities with the Telecommunications & ElectroMagnetic Applications Laboratory at Hellenic Mediterranean University.