Our Services

Radiation testing services

  • Radiation effect testing
  • Detector calibration
  • Systems and electronics for radiation qualification
  • Radiation hardness assurance

Customized radiation detection system development services

  • Detector design
  • Detector response modelling
  • Design of readout electronics
  • Detector testing and calibration

Radiation analysis

  • Space radiation environment modelling
  • Calculation of radiation doses
  • Radiation effect evaluation
  • Radiation shielding optimization

Software development services

  • Development of data processing pipelines
  • Data analysis software development
  • Web-based data platforms


Radiation testing services

We help aerospace clients ensure reliable and high-performance space electronics and materials with our radiation testing and hardness assurance solutions.

Proton facility

What is RHA? Radiation Hardness Assurance (RHA) is the process of ensuring that electronics and materials used in space systems can withstand the high radiation levels in space.
What do we offer? We provide RHA services to various space-related projects. We can model, analyze, test, and optimize the radiation hardness of their customers’ products.
What are the advantages of SE2S? We have extensive experience in radiation testing and access to various irradiation facilities. We have worked with notable clients such as Thales Alenia Space, ESA, Airbus, and AST Spacemobile.

500 +

Devices qualified by SE2S

100 +

Experiments conducted


Customers Worldwide


Radiation analysis

We model radiation environment based on mission orbit and lifetime, and analyze radiations doses end evaluate radiation effects using 3D Mote Carlo modeling.

Radiation test planing

Based on the radiation analysis results, or the requirements from customers, we help design test plans, prepare hardware and software, and arrange radiation facilities.

Radiation testing

Based on the test plan or customer requirements, we use radiation facilities, including radiation sources, proton accelerators, and heavy-ion accelerators, for radiation testing.

Analysis and reporting

We help our customers analyze the test data, prepare reports, and optimize the shielding design.


SE2S, being a spin-off of the Paul Scherrer Institut (PSI) and with its support, is granted access to a wide range of facilities at PSI, which include

  • Clean rooms
  • Thermal chambers
  • Thermo-vacuum chambers (down to 50K)
  • Proton Irradiation Facility: Proton energies from 5 to 230 MeV.
  • EMON: electrons with energies of 50 keV -2.1 MeV
  • Co-60 facility
  • X-ray beamlines (Swiss Light Source – SLS)
  • Wide range of radiation sources
  • Mechanical workshops
  • Electronic labs, IT and Software

We also use other irradiation facilities across Europe to meet our customers’ needs.


Customized radiation detection system development services

Our Services:

Our team:

Our team of experienced engineers and scientists have expertise in radiation detection, detector design, and readout electronics. We have a proven track record of success in developing radiation detection systems for a variety of applications. We are committed to providing our customers with high-quality, customized radiation detection system development services.

Our projects:

We have designed radiation instruments for ESA's JUICE mission and Vigil mission, ESA's next generation radiation monitors.


Radiation analysis services

Our Services:

  • Space Radiation Environment Modelling

    We utilize state-of-the-art radiation environment models to accurately predict the dose rates and particle fluxes that spacecraft and their components will encounter during their missions. This information is vital for designing and qualifying radiation-hardened systems.

  • Calculation of Radiation Doses

    We leverage our expertise in radiation transport and dosimetry to calculate the radiation doses that spacecraft and their components will receive. This data is crucial for assessing the reliability and safety of these systems.

  • Radiation Effect Evaluation

    We assess the effects of radiation on materials, components, and systems. This includes studying radiation-induced damage, such as single-event upsets and total ionizing dose effects.

  • Radiation Shielding Optimization

    We design and optimize radiation shielding systems to safeguard spacecraft and their components from radiation's harmful effects. Our approach considers mission requirements, the radiation environment, and available shielding materials.

Proton facility

We collaborate with diverse clients, including space agencies, satellite manufacturers, and defense contractors. Our commitment lies in delivering top-tier radiation analysis services.

Why Choose Our Radiation Analysis Services


Software Development Services

At our company, we offer comprehensive software development services tailored to radiation and space applications. Our skilled team possesses a wealth of experience in creating cutting-edge software solutions that cater to the unique demands of these specialized domains.

Our Expertise:

Our Work Examples:

Our Skillset:

Our proficient team utilizes a range of programming languages, including C/C++, Python, JavaScript, and Java, to craft software solutions that meet your specific requirements.

Choose us as your software development partner, and benefit from our extensive experience, innovative solutions, and commitment to excellence. We are dedicated to driving the success of your radiation and space applications through cutting-edge software development.