As an integral component of the innovation ecosystem of the DTU School of Computer Science & Artificial Intelligence (SCA), the Center of Visualization & Simulation (CVS) serves as a pioneering center in the research and development of advanced technological applications, including 3D simulation, Virtual Reality (VR), Augmented Reality (AR), and Artificial Intelligence (AI).
With a dedicated team of experts working in close collaboration with leading physicians, engineers, and domain specialists, CVS has established itself as a premier center for delivering high-impact digital transformation solutions across education, healthcare, and industrial engineering.
Flagship Products Demonstrating the CVS Brand
1. 3D Anatomical Simulation Technology Application
3D Anatomical Simulation Technology Application represents CVS’s flagship product, leveraging virtual reality technologies to address the shortage of practical learning materials in medical education.
The application provides a 3D anatomical simulation of the human body, enabling learners to explore organ systems in detail - from skeletal and muscular structures to internal organs. By integrating VR and AR technologies, the platform supports highly visual, interactive, and immersive medical training.
Selected images of the 3D Anatomical Simulation Technology Application
Compared with traditional anatomical models, this application offers clearer visualization without requiring physical specimens. Relative to textbooks, it provides greater interactivity, reduces training costs, and enhances knowledge retention. The application is suitable for teaching, self-learning, and foundational medical research.
Achievements:
- First prize in Information Technology, the 2017 Vietnam Talent Awards
- ASEAN ICT Silver Award, ASEAN ICT Association
- Second prize, Potential Digital Product Category, “Make in Vietnam” Awards 2020 (by Ministry of Information and Communications)
Second prize, Potential Digital Product Category, “Make in Vietnam” Awards
2. Dental Anatomy - Dental Anatomy Virtual Training System
Dental Anatomy digitizes the training process in dental and maxillofacial education, providing a virtual practice environment that minimizes conventional learning constraints while enabling precise interaction with microscopic anatomical structures.
Utilizing 3D and virtual reality (VR) technologies, the system reconstructs individual teeth, jawbones, neural pathways, and vascular networks with micrometer-level accuracy. Users can rotate models in 360 degrees and virtually dissect distinct structural layers, such as enamel, dentin, and pulp, thereby enhancing experiential and interactive learning.
Selected images of the Dental Anatomy Application
3. eCPR - Cardiopulmonary Resuscitation Training Device
The eCPR system is an advanced training device for first aid and cardiopulmonary resuscitation, integrating 3D simulation and intelligent sensing technologies to guide users through the C-A-B procedure (compressions, airway, breathing). It enhances learners’ ability to respond to emergencies such as stroke and cardiac arrest.
Compared with traditional training methods, eCPR demonstrates clear advantages through its ability to deliver quantitative and visual feedback, enabling learners to readily recognize and correct errors. The device provides highly realistic simulation, enhancing applicability in emergency scenarios while ensuring safety and ease of use through a flexible design adaptable to multiple environments. It is well suited for both professional training and the promotion of community awareness in first aid and emergency response.
Dr. Le Van Chung, Director of the CVS , providing user guidance for the product
4. AED - 302 Trainer
The AED Trainer simulates the operation of an automated external defibrillator, enabling integrated training in cardiopulmonary resuscitation (CPR) and defibrillation. Embedded sensor technology and audio-guided instructions support learners in practicing life-saving emergency procedures in scenarios such as sudden cardiac arrest and stroke.
Selected images of AED Trainer
5. SIMCar - Intelligent Automotive Training Simulation System
SIMCar enables users to experience immersive 3D simulations of advanced intelligent vehicle technologies, including sensor systems, automated control mechanisms, and operational algorithms. The platform recreates real-world autonomous driving scenarios such as obstacle detection, speed regulation, and route optimization.
Learners can interact with a dynamic 3D interface, experiment with diverse driving scenarios, and receive detailed feedback on system performance. Developed for educational purposes, the platform integrates virtual reality (VR) technologies to enhance visualization, immersion, and experiential learning.
SIMCar product launching
6. Application of 3D Printing Technology in Trauma and Orthopedic Care
3D printing technology is utilized to produce patient-specific orthopedic splints that provide enhanced precision, comfort, and anatomical fit. Advanced biomaterials, such as biocompatible polymers, help reduce weight and improve breathability. When integrated with digital monitoring technologies, the treatment process becomes more flexible, efficient, and clinically effective.
3D Printing technology product
Building on these achievements, the DTU Center of Visualization & Simulation continues to expand international collaboration and advance next-generation technologies, reinforcing its role as a leading force in visualization, simulation, and modeling.
(Media Center)