All In One (research, modelling, simulation) Multi-Physics Software Simulation Platform for Research Experiments and Scientific Simulation
Simulate Novel devices and Experiments by developing suitable Plugins or Scripts using the rich set of API provided by the EurekaSim SDK
Develop Plugins with your favorite programming language like C++ | C# | Python | VB Script | Java Script .
Organize and Run different POC Macro scripts catering to different Simulation Scenario and create quick turnaround solutions.
Easily develop B.Sc | BE | B.Tech | B.S | Research | Other Lab experiment simulation toolkits that can optionally interface with real hardware .
Develop new Simulation Plugin and Bundle with EurekaSim Simulation App as a New App .
Works from WindowsXP and Above.
Compatible with Single | Multi-Processor | GPU | Cloud Simulation Environments.
Organize your Experiments in Groups and Subgroups
Save different experiment parameter settings as snapshots to the same simulation file
Options to enter experiment notes to same experiment simulation file to ease Project Collaboration across multiple teams
Options to display different types of Real Time Graphs, Status , Results, Errors
Record Scientific Experiment Simulation as Video | Animations and explain the concepts clearly to Students and other Stakeholders.
Create a companion CD for your Text book with the new set of animations.
EurekaSim | Main Features | FAQ+—What are the main features of EurekaSim simulation software? EurekaSim is an all-in-one multi-physics software platform that combines research, modeling, and simulation in a single tool. Key features include:
- Extensibility through the EurekaSim SDK for creating custom plugins and scripts
- Support for simulating novel devices and experiments
- Multi-language plugin development (C++, C#, Python, VB Script, JavaScript)
- Organization of experiments into groups and subgroups
- Snapshot saving of parameter settings
- Real-time graphs, status displays, results, and error monitoring
- Video and animation recording of simulations
- Compatibility with single-processor, multi-processor, GPU, and cloud environments
These features make it highly adaptable for scientific, educational, and research applications.
+—Can I develop custom plugins for EurekaSim and which languages are supported? Yes, EurekaSim provides a powerful SDK with a rich set of APIs, allowing users to develop custom plugins or scripts to simulate novel devices, experiments, or specific scenarios. Supported programming languages include C++, C#, Python, VB Script, and JavaScript. Users can also bundle new plugins with the EurekaSim app to create standalone simulation applications. The platform includes tools like macro scripting for quick proof-of-concept (POC) solutions. +—Is EurekaSim suitable for educational and lab experiment simulations? Absolutely. EurekaSim is widely used to develop simulation toolkits for B.Sc., B.E., B.Tech, B.S., research, and other lab experiments. It supports optional real-hardware interfacing and allows users to record simulations as video animations or companion CD content for textbooks. Features like experiment grouping, notes for team collaboration, and real-time result visualization make it an excellent tool for teachers, students, and educational content creators. +—What operating systems and hardware environments does EurekaSim support? EurekaSim is compatible with all Windows versions from Windows XP and above (including 32-bit and 64-bit editions of Windows 7, 8.1, 10, and 11). It adapts seamlessly to different computing environments: single-processor, multi-processor, GPU-accelerated, and cloud-based simulation. This flexibility ensures it runs efficiently on basic hardware as well as high-performance setups. +—How does EurekaSim help with collaboration and simulation documentation? EurekaSim includes practical collaboration and documentation tools such as:
- Organizing experiments in groups and subgroups
- Saving multiple parameter snapshots within the same simulation file
- Adding experiment notes directly in the file for team sharing
- Displaying real-time graphs, status, results, and errors
- Recording simulations as video or animations for clear explanation to students, stakeholders, or in publications
These features simplify teamwork, reproducibility, and educational sharing of complex simulations.
|