At SigmaLabs, we specialize in crafting robust and reliable electronic solutions engineered to withstand the rigors of space environments. From aerospace and scientific applications to medical devices and beyond, our team leverages expertise and innovation in electronics design to deliver cutting-edge solutions that ensure uninterrupted performance in the face of ionizing radiation.
Explore our products and solutions today and discover the power of next-generation
versatile and scalable detection technology.
Electronic systems designed to withstand and effectively operate in environments where
radiation levels may be elevated, and systems capable of dynamically adjusting their operations
based on the surrounding radiation environment.
Essential processes in assessing the effects of radiation on electronic components and systems.
Proactive solutions designed to continuously monitor the operation of electronic systems, detect anomalies, and assess and analyze their condition.
The SigmaLabs team has a proven track record in delivering large-scale, radiation-tolerant electronic systems and has conducted numerous radiation-testing campaigns. The team has also contributed to both established and new space projects, including work on payload design, commissioning, and integration. SigmaLabs collaborates with international organizations, such as the European Space Agency (ESA) and the European Organization for Nuclear Research (CERN).
Dr Sielewicz is a graduate of the Warsaw University of Technology and CERN Doctoral Student Programme alumni. He is an electronics engineer with a rich academic background and experience in fast-paced research settings such as scientific laboratories, high-frequency trading, and deep-tech startups; an expert in reprogrammable integrated circuits and high-speed electronics, which was the focus of his PhD research. He has accumulated years of expertise at institutions like CERN, the Polish Academy of Sciences, and in the private sector, particularly focusing on new technologies...
Dr Patecki is a physicist and data scientist with extensive experience in nuclear and accelerator physics, space radiation environments, and advanced data analytics. He has worked at leading international research institutions including CERN and the Virgo gravitational wave experiment, and has held prestigious research fellowships such as the Marie Skłodowska-Curie Individual Fellowship. Marcin earned his PhD in physics from the Warsaw University of Technology, where he continues to collaborate on high-energy physics projects, including upgrades to the Large Hadron Collider.
At SigmaLabs, Marcin leads the development...
SigmaLabs’ team specializes in the research and development of radiation detectors, radiation-resilient systems, radiation testing and modeling, and predictive maintenance systems. The team members possess extensive experience in mixed-signal, high-speed, and digital electronics design, encompassing all aspects of device development, from architecture design and component selection to schematic entry, PCB layout, analogue circuit simulations, signal and power integrity simulations, preparation of manufacturing documentation, embedded software, and FPGA design, simulation and verification, device characterization, and commissioning. Additionally, they have expertise in conducting radiation tests and developing electronic systems for operation in radiation environments, such as space and high-energy physics experiments. The team also has a proven track record of collaboration with the European Space Agency (ESA), contributing to both legacy and new space projects through activities related to payload design, commissioning, and integration. Furthermore, the company actively cooperates with a network of over 10 engineers specializing in capabilities including radiation-tolerant electronics design, radiation detector research and development, radiation modelling, and radiation testing and characterization, further enhancing the company’s expertise and project delivery capacity.
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