BEAMIDE aims to develop advanced tools to deepen the understanding of the effects of radiation on various components that, in turn, find application in different fields: from medicine to space, from nuclear to IT.
The main project is MRADSIM, an easy-to-use software with a modern and intuitive graphical interface that allows users, even non-programmers, to simulate the effects of radiation on electronic and electromechanical devices, as well as on biological structures and various materials.
It was initially developed within the National Institute of Nuclear Physics (INFN) in Perugia.
The need arose to simulate the reaction to the effects of radiation on a satellite that was to be sent into space. The investigation and simulation process for such an advanced and large system led researchers to undertake a lengthy and in-depth analysis and experimentation journey. During this phase, they developed a prototype software that would be suitable not only for that satellite but for any other system to be tested.
MRADSIM stands out for its ability to make even the most complex simulations accessible and understandable, allowing for analysis and improvement in terms of precision and reliability.
BEAMIDE is also engaged in a series of projects related to the research and development of radiation detectors, as well as providing RHA testing in accordance with ESA standards and thermo-vacuum (TVAC) testing.
To actively contribute to the advancement of science and technology by making our expertise and knowledge available to develop innovative products and services.
We are committed to having a positive impact both on our industry and on the planet, embracing the principles of gender equality, scientific ethics, and environmental responsibility.
To be at the forefront of scientific and technological advancements, making a substantial contribution to the improvement of society and the world we live in.
MRADSIM (Matter RADiation Interaction SIMulator) is the innovative software for simulating the effects of radiation. It ensures greater parametric precision, reduced processing times, and additional features tailored to perform specific modular calculations for a wide range of applications.
It converts files from STEP format from geometric design applications to GDML format, which is essential for simulation applications. The FREE version is available at no cost for non-commercial purposes and has already been adopted by major research institutions worldwide. The commercial PRO version removes the limitations of the free version and offers advanced features.
The effects of radiation on humans, materials, and electronic systems can be fatal in both short- and long-term operations, whether in space or on Earth.
The reduction in the “feature size” of semiconductor electronics, along with the significant increase in the density of active components, makes electronics increasingly vulnerable to the effects of radiation. Therefore, it becomes essential, during all phases of a project or mission, to conduct detailed studies on the effects of radiation (not only on electronics but also on materials and living organisms) to understand them in advance.
One of the major sectors that will be impacted by this tool is nanotechnology, due to significantly reduced production costs.
In aerospace applications, to further reduce payload costs and achieve superior performance compared to components qualified for space use, there is an increasing reliance on COTS (Commercial Off-The-Shelf) components, despite the associated radiation risks. In the short and medium term, numerous missions are expected for low Earth orbit and interplanetary missions in anticipation of crewed space explorations on the Moon and Mars.
Humans and instruments designed to operate in space require careful radiation simulations and testing on Earth. In avionics, the situation is similar, especially for platforms that will operate at high atmospheric altitudes. Finally, it is crucial to study in advance the risks of accidental nuclear explosions, both on Earth and in space, to implement appropriate mitigation measures – both before and after the event.
BEAMIDE was founded in 2021 in Perugia as a spin-off of the Italian National Institute of Nuclear Physics (INFN), obtaining official recognition from the INFN Tech Transfer section. The partnership with INFN is formalized through a collaboration contract focused on the MRADSIM project.
BEAMIDE works in close partnership with the Turkish company IRADETS, both for the development and sale of MRADSIM and in other research and development projects. Founded in Istanbul Teknopark, IRADETS A.Ş. is a startup specialized in nuclear physics and technology projects, promoting innovation with high-value solutions and products. It supports the advancement of science and technology at both national and international levels through its team of experts, providing services, solutions, and consulting for the aerospace, medical, and defense industries.
