AR / VR Research Center

Digital Technologies – AI & Vision-Based Projects

Client: Steel Industry

Problem Statement / Project Scope:

• Objective: Enhance mechanical skill development through realistic and engaging virtual training modules.
• Focus Areas: Immersive mechanical training, component-level interaction, error-free learning environment.
• Approach: Build interactive 3D environment simulating mechanical assemblies with real-time guidance and feedback.
• Outcome: Improved hands-on understanding, reduced training errors, and accelerated proficiency in mechanical procedures.

Solution Highlights:

• Immersive Experience
• Interactive Tools
• Platform Accessibility
• Learning Enhancement

Client: Maritime Industry

Problem Statement / Project Scope:

• Objective: Transform technical training through advanced holographic visualization and interactive learning experiences.
• Focus Areas: Holographic training modules, immersive process visualization, enhanced technical skill development.
• Approach: Design and deploy mixed reality environments projecting process workflows and system components in 3D space.
• Outcome: Increased learner engagement, deeper process comprehension, and improved retention of complex technical procedures.

Solution Highlights:

• Interactive 3D holographic simulations replicating ship processes with high spatial accuracy.
• Hands-on procedural training through gesture-based interaction, guided steps, and contextual feedback.
• Deployment on holographic displays & AR devices for intuitive, on-site or remote training.
• Risk-free, repeatable practice to reinforce procedural knowledge and operational readiness.

Client: Healthcare

Problem Statement / Project Scope:

• Objective: Enhance user understanding and engagement through dynamic digital experiences.
• Focus Areas: Immersive visualization, interactive exploration, educational simulation.
• Approach: Develop real-time 3D environments for experiential learning and system interaction.
• Outcome: Improved knowledge retention, increased engagement, and accelerated training efficiency.

Solution Highlights:

• Immersive Experience: 360-degree anatomical visualization with real-time interaction.
• Interactive Tools: Controller-based exploration, layer peeling, system-specific highlighting.
• Platform Accessibility: Deployed across VR headsets and desktops for seamless access.
• Learning Enhancement: Multi-sensory learning to improve retention and comprehension.

Client: Healthcare

Problem Statement / Project Scope:

• Objective: Improve clinical skill acquisition through realistic, guided medical procedure simulations.
• Focus Areas: Venipuncture simulation, step-by-step interactive training, safe repetitive practice.
• Approach: Create 3D virtual environment replicating venipuncture process with real-time feedback and error correction.
• Outcome: Increased learner confidence, reduced procedural errors, enhanced competency.

Solution Highlights:

• Immersive Experience: Realistic 3D simulation of venipuncture with lifelike anatomical detail.
• Interactive Tools: Guided training with step-by-step instructions and real-time feedback.
• Platform Accessibility: Accessible on VR headsets and desktops for flexible training.
• Learning Enhancement: Safe, repeatable practice to build confidence and reinforce procedural accuracy.