The Leading Software for Space Systems
Radiation Effects Analysis and 3D Modeling
The World’s Leading Space Agencies and Private Companies License NOVICE and Consult with EMPC for Critical Radiation Assurance Calculations and Design for Space Systems
Mission Validated:
Juno, New Horizons, Hubble Space Telescope, Global Positioning System (GPS) Constellation, Voyager, Galileo, Solar Dynamics Observatory, Space Based Infrared System (SBIRS), Magnetospheric MultiScale (MMS) Constellation, and Hundreds More Science, Defense and Commercial Satellites
Mission Critical:
GEANT4 and MCNP Users Turn to NOVICE for the Most Complex Analyses
- NOVICE accurately solves in minutes problems that other software cannot solve, or take weeks or months to solve
- No analysis requirement has ever exceeded NOVICE’s capabilities which include fast processing of +200,000 objects and +256 CAD files with no loss in speed or accuracy, and continue to increase
Uniquely Capable:
The Only ADJOINT Monte Carlo Capabilities for Both Neutral and Charged Particles, Including Flux-at-a-Point Calculations in the Continuous Energy Context, Among Other Analytical Methods
WHAT’S NEW
- 01 April, 2024
EMPC – NOVICE on LinkedIn
- 16 July, 2021
Visit the EMPC/NOVICE Software LinkedIn Page
- 16 July, 2021
An Adjoint Charged Particle Transport Method
EMPC Innovates for Today and Tomorrow
EMPC’s Thomas M. Jordan and Larisa Milic continually develop NOVICE for next generation programs, recently including:
- Graphical User Interface
- Advanced OpenGL 3D viewer with immediate spin response uniquely isolates any object within a complex system by virtually any descriptor (material, size, weight, location, etc.) with one click, then zooms and manipulates the object for viewing and analysis
- Enables seamless, single run NOVICE analysis of multiple thresholds of multiple variables (material, thickness, radiation, system configuration, etc.)
- Automatically converts CAD files into geometry and all other analysis information
- Streamlined Complex CubeSat Calculations
- Probabilistic Analysis Using Deterministic Environment, Transport, and Mass Distribution Data
