Electronics & embedded control
System architecture, schematics, PCB layout, low-noise analog front ends, sensor interfaces, MCU/FPGA acquisition, firmware, isolation and industrial communications.
EMBESENSE expertise
The capabilities behind our products
Technical depth lets us choose the right sensing, communication and control architecture for each application, then verify it in a working product.
Multidisciplinary engineering with a product outcome
We work across industrial, medical and research applications. Our competence is deliberately broad because useful devices often combine precision measurement, robust electronics, connectivity and intelligent processing.
RF, microwave & optical communication
Low-power and LoRa/sub-GHz links, RF front ends, smart antennas, propagation analysis, visible/IR optical wireless concepts and optoelectronic interfaces.
Sensors & measurement
Precision analog and digital measurement, distributed nodes, gateways, photonic instrumentation, visible/NIR spectroscopy and embedded processing.
Medical & physiological systems
Physiological sensing, multichannel and high-resolution ECG, biosensing, non-invasive optical measurements, NIRS and clinical-study instrumentation.
Positioning, industrial & power
GNSS and local radio ranging, inertial sensing, industrial control, control electronics for high-power systems, ultra-low-power management and energy harvesting.
Algorithms & quantitative validation
Signal and data processing, modelling, experimental design, reference-method comparison, dedicated test setups and verification against defined KPIs.
R&D
Engineering informed by research
The EMBESENSE team includes specialists with doctoral degrees and experience in scientific research, algorithms, experimental methods and quantitative validation. This expertise supports product development and collaborative R&D.
We plan applicable safety, quality and regulatory work for each product and intended market, including external testing or assessment where required.
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