National Science Foundation

ReSuture is a company that specializes in creating high-fidelity physical simulations for surgical training, particularly focusing on open vascular procedures. Established in 2019, its primary goal is to enhance patient outcomes and minimize surgical complications by providing a superior training experience for aspiring surgeons. The company develops advanced surgical instruments that address challenges in medical simulation, allowing users to practice vascular surgical skills in a controlled environment. These instruments replicate the mechanical properties of human vascular tissue, enabling realistic simulations that improve psychomotor skills and reduce training time for medical practitioners.

CyberSpara is a cybersecurity company focused on educating individuals and enterprises about online privacy and security vulnerabilities. Through a simulation-based educational model that incorporates gamification principles, it aims to enhance awareness of common risks associated with social media platforms. The company's Digital-PASS is designed to empower users to effectively mitigate security threats encountered on the Internet. Additionally, CyberSpara provides a platform that assists organizations in identifying vulnerabilities, safeguarding sensitive data from cyberattacks, and facilitating the migration to secure cloud environments. By offering these services, CyberSpara enables both individuals and businesses to prevent cyber threats efficiently and enhance their overall security posture.

QSimulate is a Boston-based company that develops cloud-based quantitative simulation tools aimed at addressing complex challenges in the chemical and pharmaceutical industries. By harnessing the principles of quantum mechanics, QSimulate’s platform facilitates quantum molecular simulations, allowing clients to tackle industrial-scale problems more effectively. The tools offered by the company automate workflows, relieving computational scientists of routine tasks and thereby increasing productivity. This innovation enables organizations to accelerate their research and development processes, ultimately enhancing their capacity to innovate and solve critical issues in their fields.

Resolved Analytics is a professional engineering company that focuses on partnering with clients to enhance their development processes. The company aims to reduce development cycle times and costs while improving product design and troubleshooting existing designs. It specializes in computational engineering, offering services such as fluid-structure interactions, electrodynamics, magnetics, discrete element modeling, and computational fluid dynamics. By leveraging advanced simulation techniques, Resolved Analytics provides state-of-the-art visualizations and results that help businesses achieve their engineering goals and desired outcomes effectively.

Intelligent Medicine specializes in software and simulation services focused on enhancing safety in medical environments through innovative technologies. The company has developed a simulation platform that enables architects and facility stakeholders to evaluate and optimize building designs and operational protocols. By testing various designs and protocols, the platform helps to identify areas for improvement, thereby reducing the likelihood of infectious disease transmission and alleviating user congestion. This capability allows for a rapid feedback loop, supporting the planning and implementation of effective safety policies and design strategies to improve overall outcomes in healthcare settings.

Innovision specializes in human modeling and simulation technologies designed for human-centered products and services. The company offers a technology platform that includes tools for impact biomechanical modeling, dynamic avatars with fully articulated anatomy, and human activity replication. These tools enable scientists and engineers across various industries to conduct research and develop applications in the field of digital human modeling, enhancing their ability to create and serve products that prioritize human factors.

Omega Hydrodynamics Research specializes in developing innovative computational fluid dynamics (CFD) software to address complex fluid-structure interaction challenges. The company's flagship product, OMEGA-CFD, is designed for simulating transient fluid-structure interactions, while OMEGA-SW offers a comprehensive model for analyzing wave-ship-bathymetry interactions in shallow water environments. By providing cloud-based solutions and consulting services, Omega Hydrodynamics Research caters to various industries, including marine, energy, and aerospace, allowing clients to access customized services tailored to their specific needs.

HC Simulation, founded in 2011 and headquartered in Canton, Mississippi, focuses on developing advanced products that utilize the HumMod engine to simulate human physiology. The company's offerings allow users to explore physiological interactions that are often difficult to observe through traditional methods. By providing high-quality simulations, HC Simulation aids in the ideation, development, and prediction of innovative medical devices and pharmaceuticals, enhancing the understanding of complex biological systems.

Simpact is a Boston-based company that specializes in developing analytics and forecasting software designed to aid businesses in making informed, data-driven decisions. The software utilizes computer simulations to model target social systems, allowing clients to evaluate risks related to influencers, trends, and interventions. By doing so, Simpact enables organizations to effectively forecast the outcomes of various allocations of their limited resources, ultimately enhancing their strategic planning and decision-making processes.

DeepSim specializes in electronic design automation (EDA) technology that enhances the efficiency of chip design and verification processes. The company's innovative solutions facilitate non-electronic circuit simulations, allowing chip designers to detect and address voltage, current, and stress anomalies within their designs. By streamlining these critical aspects of chip development, DeepSim aims to improve the overall reliability and performance of electronic circuits.

VeriSIM Life, Inc. is a biotechnology company based in San Francisco, California, established in 2017. It specializes in developing disease-specific biosimulation models that utilize artificial intelligence to predict the clinical outcomes of new drugs prior to clinical trials. The company offers a range of tailored solutions designed for pre-clinical and clinical programs, all centered around its validated BIOiSIM platform, which accommodates small molecules, large molecules, and viruses. By replacing traditional animal testing with sophisticated software simulations, VeriSIM Life aims to enhance the accuracy and efficiency of drug development, ultimately contributing to increased human life expectancy and the personalization of healthcare treatments.

ReSuture is a company that specializes in creating high-fidelity physical simulations for surgical training, particularly focusing on open vascular procedures. Established in 2019, its primary goal is to enhance patient outcomes and minimize surgical complications by providing a superior training experience for aspiring surgeons. The company develops advanced surgical instruments that address challenges in medical simulation, allowing users to practice vascular surgical skills in a controlled environment. These instruments replicate the mechanical properties of human vascular tissue, enabling realistic simulations that improve psychomotor skills and reduce training time for medical practitioners.

JuliaHub is a platform that facilitates modeling, simulation, and the development of user-built applications, primarily targeting scientists, engineers, and innovators. Established in 2015 by Viral Shah in Cambridge, Massachusetts, JuliaHub provides high-performance computing capabilities that enable users to bring their innovative ideas to fruition at any scale. The platform supports the open-source Julia programming language, which is designed to simplify programming tasks related to data science, machine learning, and scientific computing. This includes applications in research, backtesting, trading, and contract modeling. With features that emphasize ease of use and an intuitive syntax, JuliaHub enhances the user experience while maintaining robust performance for complex data analysis and computations.

Resolved Analytics is a professional engineering company that focuses on partnering with clients to enhance their development processes. The company aims to reduce development cycle times and costs while improving product design and troubleshooting existing designs. It specializes in computational engineering, offering services such as fluid-structure interactions, electrodynamics, magnetics, discrete element modeling, and computational fluid dynamics. By leveraging advanced simulation techniques, Resolved Analytics provides state-of-the-art visualizations and results that help businesses achieve their engineering goals and desired outcomes effectively.

EMA is a leading developer of technologies for engineering simulation. EMA’s engineering specialty is in applied electromagnetics. In this domain, EMA provides software and services to promote the design, certification, and performance of our customers’ products.

Simulated Inanimate Models provides preoperative planning, advanced technical skills, and surgical cognition. SIM manufactures surgical training models that enable surgeons to train to competency more efficiently with high-fidelity training phantoms and innovative educational technology. It was founded in 2016 and is headquartered in Pittsford, New York.

Infini-D Learning gives pupils the chance to creatively put what they learn in the classroom into practice. Each student's understanding of classroom material is tested in several subject areas with creative technical and social skill training through game-like simulation modules, compelling team assignments, and immersive surroundings. When a teacher uses it, they have access to an application that keeps them involved in the learning process, gives them the ability to teach their lessons, and brings the subject matter to life in a way that has never been possible before.

Filament Games is a digital studio focused on the development of educational video games. The company creates award-winning digital learning games that aim to make education engaging and effective. Filament specializes in designing gameplay mechanics that accurately represent educational content, allowing players to acquire real-world knowledge through interactive play. One of their notable projects is RoboCo, a virtual robotics sandbox that facilitates fun and accessible engineering education. By blending entertainment with learning, Filament Games enhances the educational experience for players of all ages.

Sama Learning is an innovative educational platform that focuses on enhancing the learning experience for college students by shifting the traditional educational paradigm. It specializes in developing a virtual reality (VR) learning environment that emphasizes science, technology, engineering, and mathematics (STEM) education. Through realistic and immersive virtual simulations, the platform allows students to engage with course material in an interactive manner, facilitating self-paced learning. This approach has been shown to result in a significant improvement in academic performance, with students achieving a full-letter grade increase in their studies.

Teton Simulation is a software company that specializes in the automatic validation and optimization of 3D printing parameters. The company's technology aims to streamline the traditional print-break-repeat prototyping cycle, thereby accelerating product development and lowering production costs. By leveraging its advanced software, users can enhance their applications through structural behavior analysis and progressive failure analysis, ultimately improving efficiency in the 3D printing process.

eGrove Education is a software company focused on enhancing spatial visualization skills through its application, Spatial Vis. This educational tool is designed to support students in Engineering, Career and Technical Education (CTE), and other disciplines by providing online lessons in freehand sketching, 2D rotation, 3D drawing, orthographic views, tetrominoes, and flat patterns. The software features an automatic grading system, personalized feedback, an incentive system based on stars, animated hints, and a teacher interface, allowing students to engage with the material independently and improve their academic performance. By promoting these essential skills, eGrove Education aims to positively impact students' GPAs and graduation rates.

Simpetus specializes in providing advanced electromagnetic simulation tools aimed at enhancing research and development for enterprises and entrepreneurs. The company has developed a business simulation software platform that facilitates the launch and deployment of electromagnetic simulations. By utilizing a Python API, Simpetus enables photonics scientists and engineers to conduct efficient electromagnetic design and modeling. This platform is designed to streamline the simulation process, allowing users to obtain rapid results and support innovative discoveries in technology and research.

LightStanza, a startup located in Boulder, Colorado, specializes in daylight simulation software designed for the construction industry. The company offers a web application that provides a comprehensive analysis of daylighting, which is often overlooked in building design. LightStanza's software utilizes cloud computing to deliver features like point-in-time rendering, illuminance grid animations, and multiple annual analyses, along with tools for LEED scorecards and glare reports. This enables architects, lighting consultants, and sustainable design specialists to generate accurate reports that simulate daylight conditions throughout the year. By focusing specifically on daylighting, LightStanza aims to enhance energy efficiency and improve the overall design of spaces, acknowledging the complexity of light as a dynamic element in architecture.

FlexCompute is an IT company based in Boston, Massachusetts, established in 2016. It specializes in advanced computer simulation technology aimed at accelerating research and development in computing. The company develops proprietary R&D solvers that enhance innovation and efficiency, particularly for clients in the quantum computing sector. By providing simulation schemes that facilitate the design of complex quantum circuits, FlexCompute enables its clients to shorten calculation times and drive advancements in their technological pursuits.

Teton Simulation is a software company that specializes in the automatic validation and optimization of 3D printing parameters. The company's technology aims to streamline the traditional print-break-repeat prototyping cycle, thereby accelerating product development and lowering production costs. By leveraging its advanced software, users can enhance their applications through structural behavior analysis and progressive failure analysis, ultimately improving efficiency in the 3D printing process.

Biomed Simulation is improving clinician performance through patient-free simulation. They offer products that include lung simulators and beating heart simulators.

SimQuest develops advanced biomedical simulators, serious games, and advanced distributed learning applications for medical training and is involved with injury database development and analysis. They provide healthcare professionals with tools to enable them to develop their skills without putting patients at risk.

eGrove Education is a software company focused on enhancing spatial visualization skills through its application, Spatial Vis. This educational tool is designed to support students in Engineering, Career and Technical Education (CTE), and other disciplines by providing online lessons in freehand sketching, 2D rotation, 3D drawing, orthographic views, tetrominoes, and flat patterns. The software features an automatic grading system, personalized feedback, an incentive system based on stars, animated hints, and a teacher interface, allowing students to engage with the material independently and improve their academic performance. By promoting these essential skills, eGrove Education aims to positively impact students' GPAs and graduation rates.

Filament Games is a digital studio focused on the development of educational video games. The company creates award-winning digital learning games that aim to make education engaging and effective. Filament specializes in designing gameplay mechanics that accurately represent educational content, allowing players to acquire real-world knowledge through interactive play. One of their notable projects is RoboCo, a virtual robotics sandbox that facilitates fun and accessible engineering education. By blending entertainment with learning, Filament Games enhances the educational experience for players of all ages.

Simpetus specializes in providing advanced electromagnetic simulation tools aimed at enhancing research and development for enterprises and entrepreneurs. The company has developed a business simulation software platform that facilitates the launch and deployment of electromagnetic simulations. By utilizing a Python API, Simpetus enables photonics scientists and engineers to conduct efficient electromagnetic design and modeling. This platform is designed to streamline the simulation process, allowing users to obtain rapid results and support innovative discoveries in technology and research.

Syandus Inc. is a company that specializes in intelligent simulation learning technology tailored for the pharmaceutical sector. Based in Exton, Pennsylvania, it offers a range of products, including the Virtual Conventions platform, which employs responsive technology to assist patients, and the Medical Scenario Simulator, designed for clinicians to practice clinical decision-making in a virtual setting. Syandus also provides a technology platform aimed at enhancing promotional experiential learning and multichannel marketing for pharmacies. This platform helps pharmacies boost sales, influence prescription behaviors, and connect more effectively with healthcare providers. Established in 2001, Syandus seeks to transform how healthcare professionals, students, and patients comprehend life science and medical concepts through innovative technology and engaging learning experiences.

Intact Solutions is an interoperability platform that addresses some of the most significant barriers to the widespread adoption of analysis and simulation, where billions of dollars are currently being spent to address analysis and simulation interoperability issues. The platform generates all necessary data and procedures for use as input and output to a variety of open-source and commercial analysis and simulation codes that operate directly on native geometry and material models without the need for manual data preparation, preprocessing, or conversion.

LightStanza, a startup located in Boulder, Colorado, specializes in daylight simulation software designed for the construction industry. The company offers a web application that provides a comprehensive analysis of daylighting, which is often overlooked in building design. LightStanza's software utilizes cloud computing to deliver features like point-in-time rendering, illuminance grid animations, and multiple annual analyses, along with tools for LEED scorecards and glare reports. This enables architects, lighting consultants, and sustainable design specialists to generate accurate reports that simulate daylight conditions throughout the year. By focusing specifically on daylighting, LightStanza aims to enhance energy efficiency and improve the overall design of spaces, acknowledging the complexity of light as a dynamic element in architecture.

FlexCompute is an IT company based in Boston, Massachusetts, established in 2016. It specializes in advanced computer simulation technology aimed at accelerating research and development in computing. The company develops proprietary R&D solvers that enhance innovation and efficiency, particularly for clients in the quantum computing sector. By providing simulation schemes that facilitate the design of complex quantum circuits, FlexCompute enables its clients to shorten calculation times and drive advancements in their technological pursuits.

NEVA Electromagnetics is a biotech firm that offers antenna hardware design consultation as well as creative computational electromagnetics simulation tools capable of accurately modeling complex problems across the frequency spectrum, from DC to RF. They provide fully configurable products that are appropriate for commercial, research, and educational settings.

Impulsonic, Inc. is a company based in Carrboro, North Carolina, that specializes in developing physics-based audio solutions for video games and virtual reality. Founded in 2011, it focuses on enhancing the auditory experience within 3D environments through its flagship product, PHONON. This software utility incorporates a binaural 3D audio algorithm that works in conjunction with head tracking information from virtual reality head-mounted displays. By providing tools that enable game developers to create immersive audio experiences, Impulsonic plays a crucial role in advancing the realism and engagement of interactive media. Since January 2017, Impulsonic has operated as a subsidiary of Valve Corporation.

Impulsonic, Inc. is a company based in Carrboro, North Carolina, that specializes in developing physics-based audio solutions for video games and virtual reality. Founded in 2011, it focuses on enhancing the auditory experience within 3D environments through its flagship product, PHONON. This software utility incorporates a binaural 3D audio algorithm that works in conjunction with head tracking information from virtual reality head-mounted displays. By providing tools that enable game developers to create immersive audio experiences, Impulsonic plays a crucial role in advancing the realism and engagement of interactive media. Since January 2017, Impulsonic has operated as a subsidiary of Valve Corporation.

Intact Solutions is an interoperability platform that addresses some of the most significant barriers to the widespread adoption of analysis and simulation, where billions of dollars are currently being spent to address analysis and simulation interoperability issues. The platform generates all necessary data and procedures for use as input and output to a variety of open-source and commercial analysis and simulation codes that operate directly on native geometry and material models without the need for manual data preparation, preprocessing, or conversion.

VorCat specializes in fluid flow prediction software, focusing on the simulation, design, and analysis of complex fluid flow applications. The company has developed advanced Computational Fluid Dynamics (CFD) tools that utilize grid-free methods to predict turbulent flow. This innovative approach addresses the shortcomings of existing fluid prediction methods, particularly in industries such as automotive, aerospace, green energy, maritime, electronics, and biomedical applications. By enhancing the accuracy of turbulent flow predictions, VorCat enables these sectors to improve their design processes and overcome engineering challenges related to fluid dynamics.

Impulsonic, Inc. is a company based in Carrboro, North Carolina, that specializes in developing physics-based audio solutions for video games and virtual reality. Founded in 2011, it focuses on enhancing the auditory experience within 3D environments through its flagship product, PHONON. This software utility incorporates a binaural 3D audio algorithm that works in conjunction with head tracking information from virtual reality head-mounted displays. By providing tools that enable game developers to create immersive audio experiences, Impulsonic plays a crucial role in advancing the realism and engagement of interactive media. Since January 2017, Impulsonic has operated as a subsidiary of Valve Corporation.

AgentSheets, Inc. is an educational software company in Boulder, Colorado. Our authoring tools and curricula truly reflect years of research in human-computer interaction, end-user programming, and simulation/modeling tools. Our mission is to foster K-12 student participation in STEM fields through motivational applications based on AgentSheets' unique technologies. We provide teachers and students with innovative instruction in computational thinking and design that motivates them to explore computer science education and careers. AgentSheets, Inc. is an international leader in educational technology, innovative educational solutions, and measureable results!

i-Human Patients, Inc. specializes in creating virtual medical training products, notably its i-Human Patients platform, which is designed for educational use in medical schools. This cloud-based, interactive platform allows educators and students to engage in active learning methodologies, enhancing training outcomes and adherence to clinical protocols. The platform simulates complete medical patient encounters, guiding users through processes such as history taking, physical examinations, differential diagnosis, and test evaluation. By integrating clinical experience early in medical education, i-Human Patients equips students and practitioners with essential patient assessment and diagnostic reasoning skills, ultimately preparing them for real-world clinical encounters and improving the quality of care in the healthcare industry.

MolySym, Inc. is a company based in Cambridge, Massachusetts, that specializes in developing computer interface products for the manipulation and simulation of molecular systems. It offers molecular modeling systems primarily aimed at the education sector, facilitating research and training through advanced technology solutions. The company provides various services, including multiple molecular representations, investigations, interpretation, visualization, and research and development, contributing to advancements in molecular science and education.

Stage III provides realistic veterinary surgery and anesthesia training with evidence based techniques. They create custom veterinary medical scenarios to increase proficiency in their clinical teaching.

ExploreLearning is an educational firm that focuses on enhancing student learning in math and science for grades 3 to 12. The company offers an online platform featuring a library of interactive simulations, known as Gizmos, which are designed to support effective teaching strategies. These simulations allow both students and teachers to engage with core concepts, fostering mastery of fundamental skills in these subjects. ExploreLearning's commitment to research-proven instructional methods aims to ensure that all students can succeed in their academic pursuits in math and science.

NanoMEMS Research develops and conducts research to conceive, develop, and commercialise RF MEMS and nanotechnology devices, circuits, systems, and applications. They offer advanced analysis, modeling, simulation, design, and prototyping services.

Filament Games is a digital studio focused on the development of educational video games. The company creates award-winning digital learning games that aim to make education engaging and effective. Filament specializes in designing gameplay mechanics that accurately represent educational content, allowing players to acquire real-world knowledge through interactive play. One of their notable projects is RoboCo, a virtual robotics sandbox that facilitates fun and accessible engineering education. By blending entertainment with learning, Filament Games enhances the educational experience for players of all ages.

The MammaCare Foundation provides clinical certification services and high fidelity simulation based training. Their customers inquiries are addressed through phone, email, and online applications.

i-Human Patients, Inc. specializes in creating virtual medical training products, notably its i-Human Patients platform, which is designed for educational use in medical schools. This cloud-based, interactive platform allows educators and students to engage in active learning methodologies, enhancing training outcomes and adherence to clinical protocols. The platform simulates complete medical patient encounters, guiding users through processes such as history taking, physical examinations, differential diagnosis, and test evaluation. By integrating clinical experience early in medical education, i-Human Patients equips students and practitioners with essential patient assessment and diagnostic reasoning skills, ultimately preparing them for real-world clinical encounters and improving the quality of care in the healthcare industry.

CoolCAD Electronics, LLC is a specialized design firm based in College Park, Maryland, focusing on computer-aided design (CAD) and custom electronics solutions. The company offers a wide range of services, including semiconductor device modeling, integrated circuit design, and printed circuit board development. Its expertise extends to semiconductor fabrication and characterization, covering various sensor designs, electrical and optical characterization, and radiation testing. Additionally, CoolCAD provides electronics design and prototyping services, focusing on projects such as energy monitoring systems and digital health sensors. The firm also engages in circuit modeling and simulation, utilizing tools like SPICE and TCAD for advanced analysis. Established in 2009, CoolCAD Electronics caters to niche electronic design applications, providing tailored solutions to meet specific market and client needs.

NEVA Electromagnetics is a biotech firm that offers antenna hardware design consultation as well as creative computational electromagnetics simulation tools capable of accurately modeling complex problems across the frequency spectrum, from DC to RF. They provide fully configurable products that are appropriate for commercial, research, and educational settings.

The Learning Chameleon, Inc. is a worldwide leader in developing models of how students develop 21st century problem solving skills. The company's IMMEX™ software assisted learning in more than 150,000 students in classrooms internationally by integrating these multimedia simulations into a unique web-based learning platform for modeling strategic thinking and problem solving. These models help teachers teach, students learn, and administrators make informed educational decisions through the continual, and real-time evaluation problem solving progress. We accomplish this by leveraging existing proprietary libraries of tasks, data sets and advance intelligence-derived performance models, and then extending them with cutting-edge technologies such as second-by-second Cognitive Electrophysiology models. During the past several years The Learning Chameleon, Inc. has applied these technologies and developed Team NeuroDynamics. While most people can recognize if a team is in the groove or out of synch, it is more difficult to predict when changes in the state will occur, yet having this ability would be important for dynamically adapting team performance. If we can predict when a team is going out of synch, we can provide real-time feedback to help prevent performance errors, lapses in communication or lapses in attention. In this way the company, like its name sake successfully blends within and across educational, training and assessment environments.

Butterfly Haptics specializes in the development and supply of advanced haptic interface systems aimed at enhancing research and application in various fields. The company focuses on creating high-performance products that overcome common limitations found in traditional mechanical haptic systems, such as friction and backlash. Utilizing innovative technology, Butterfly Haptics enables users to experience a highly realistic sense of touch when interacting with virtual or remote environments. Their systems allow users to grasp rigidly attached handles that are levitated by powerful magnetic fields, providing an exceptionally high-fidelity haptic experience that is beneficial for both research and development purposes.