Fun2 allows students to explore simulated 3D model components and animations to develop the fundamentals needed in a wide variety of manufacturing processes, including hydraulics, production, logistics and maintenance and pneumatic powered systems.
GTAFE allows students to bring the textbooks to life with a particular focus on preparing them for industry standards. Content includes electrical, hydraulic, mechanical, and pneumatic principles. Students will explore complex standards and explore how these principles work together.
Augmented Virtual Reality (XR) is the future of smart education, and these technologies are good for educators and students alike. Educators will be able to capture the attention of their students like never before and get them more actively involved in the classroom
Immersive 3D AVR Content for zSpace
VIVED's lifelike 3D models spans a wide range of natural anatomy, as well as biological and mechanical structures. Instructors can use the content in a lecture environment to demonstrate terms, labels, and spatial relationships between objects in all our simulators covering subjects of : Anatomy, Botany, Geology, Chemistry, Microbiology, Paleontology, Physics, Zoology, Earth, Mathematics and Mechanical.
Working in the oilfield is an around the clock occupation that implements serious safety requirements due to the numerous hazards involved. One of the main hazards of the drilling industry is the very real potential for fires and explosions. The XR technology would scan the equipment, identify the problem, and flash a reminder on the headset stating that the machinery needs to be turned off before proceeding .
Effective and efficient training is critical to the successful resolution of emergencies, disasters, or security events. However, the lack of available time, personnel, and resources combined with budgetary constraints, safety and security issues and environmental concerns make many situations impossible to train for in a practical and valuable way. AVR 3D simulators offers great opportunities to over come these challenges.
TSC's dynamic simulations are designed for high fidelity cost effective modeling of process. The simulation models are designed for basic, advanced and competence assessment.
