Our team is composed of engineering trailblazers, experienced software engineers, thought leaders and pioneers in information centric methods, tools and frameworks. This includes leaders in designing and building:
3D Digital Twins and simulators for robotics, manufacturing, medicine and Moon Mission
IoT-based cyber-physical frameworks for manufacturing (Industry 4.0 contexts) and healthcare
Human-centric simulators which enhance user friendliness and reduce cognitive load
Cognitive and Smart Manufacturing frameworks
AI-based monitoring and analytics
Robotic systems for assembly and work cell automation
Industry 5.0 solutions
Enterprise Models and Information Intensive Process Models (using eEML, UML, IDEF methods)
Software systems to support Agile manufacturing
A cross-section of our capabilities follows.
Immersive 3D Digital Twins for Simulation-based Analysis and Training using virtual/mixed reality
We specialize in designing advanced 3D digital twins that enable training for related Cyber-Human-Physical Interactions in various domains
Our modeling experts pioneered the design of advanced digital twin environments using virtual/mixed reality technology for manufacturing and other domains
Cognitive Manufacturing Solutions using AI, Digital Twins and HCI
We can develop sophisticated AI-based solutions and cognitive manufacturing tools using digital twins and machine learning techniques
Digital Twin simulators for robotics, manufacturing and factory automation
We are global leaders in creating digital twins of manufacturing factories and shop floors. These digital twins can not only support decision-making and analysis aimed at reducing costs and improving throughput but also for training workers on the shop floor. These can include stand-alone training for a manufacturing context or in a human-in-the-loop context interacting with cobots. We can also provide training environments for workers who have limited dexterity and use prosthetics.
Digital Twin simulators to train surgeons and nurses
Our team has more than two decades of experience building sophisticated virtual/mixed reality simulators to train nurses and surgeons
Designing Robots for advanced manufacturing and medical surgery
Our team has an interdisciplinary engineering and computer science background. We offer design of robotic devices for medical surgery (orthopedics) and advanced manufacturing (microdevice assembly). Our team has built robots which can assemble micron-sized components using network and digital twin-based interfaces. In orthopedic surgery, we can design advanced surgical automation approaches using robots and sensors.
