Drumidi V3 is the latest and most advanced version of an electronic drum module designed to overcome the traditional limitations of compact drum trigger systems. The architecture has been reworked from the ground up: instead of routing raw audio signals from every pad to the central unit, each drum uses a small dedicated readout module […]
uTheseus
uTheseus is an orbital camera module designed to detect X-ray and gamma-ray spectra. The prototype is fully designed, built, programmed, and tested, and it demonstrates a compact, scalable approach to radiation imaging and event classification. The concept originates from an ESA satellite project, but this prototype focuses on proving the feasibility of a set of […]
IOTXRF-2026
IOTXRF-2026 is a compact USB-powered OEM X-ray spectrometer designed for energy-resolved photon detection in a remarkably small and lightweight form factor. Built around a 32-bit MCU-based architecture, it delivers functionality that in conventional systems would often require a high-performance FPGA, enabled by a custom signal-processing algorithm developed over years of work. The result is a […]
High‑Efficiency Peltier Cooling OEM Module
compact, OEM cooling controller optimized for beverage and food‑tech applications. The module drives eight single‑stage Peltier elements (12V, 5A max each) from a single 24 V supply and delivers up to 600 W of TEC drive power to a copper cold reservoir. Each hot side is actively cooled by a custom aluminum heatsink fed by […]
Gas sensoristics
Multiple generation of readout electronics for gas sensors. Through my involvement in various gas sensor projects, I have developed a substantial number of diverse electronic systems for operating gas sensors. These systems serve a wide range of applications, including research on different gas sensing materials and specific user-case scenarios that require gas sensing functionality. Some […]
PAiRED-X Spectrometer
The PAiRED-X project (Portable Analyzer combining fluoREscence and Diffraction of X-rays) is a collaborative effort funded by the EU and EIT Raw Materials. Its goal is to create a portable instrument for use at mining sites, aimed at enhancing the analysis of excavated samples in terms of selectivity and measurement time. By improving these aspects, […]
Multichannel XRay spectrometer
Introducing the multichannel version of the SDD spectrometer. This electronics setup has been developed to assess the performance of a custom multicahnnel silicon drift detector (SDD). The designed electronics effectively drives an 8-channel silicon X-ray detector and utilizes a series of microcontrollers to process the output signals. An additional microcontroller oversees the operation of all […]
SDD spectrometer
A fully integrated Xray spectrometer. The electronics system combines a microcontroller-based digital pulse processor (DPP) with ultra-low noise power supplies and highly efficient step-up DC-DC converters for providing HV biasing to a silicon drift detector. This small formfactor contains everything needed to operate a single X-ray drift detector using only USB connection. Some notable features […]
Digital Pulse Processing
This work builds upon previous efforts to develop a complete hardware solution for X-ray spectroscopy. After achieving promising results with the RedPitaya project, I decided to explore the use of modern 32-bit microcontrollers for handling all the necessary processing in X-ray spectroscopy. Commercial systems typically rely on FPGA for signal filtering from X-ray detectors due […]
HERMES-SP constellation
This work focuses on the integration of a constellation of CubeSats for high-energy astrophysics. HERMES-SP (High Energy Rapid Modular Ensemble of Satellites – Scientific Pathfinder) is a mission concept based on a constellation of nano-satellites in low Earth orbit (LEO). These satellites host new miniaturized detectors designed to investigate the X-ray temporal emission of bright […]