1. Development of Immersive VR Experiences:
   
   

   • Creating interactive VR simulations for training, education, and entertainment, using Unity3D and Unreal Engine.

   • Expertise in developing realistic, fully immersive environments for both Oculus Rift and HTC Vive platforms.

2. Augmented Reality (AR) Mobile Apps:
   
   

   • Building AR apps using ARKit and ARCore, offering real-time interaction between virtual elements and the real world.

   • Creating AR-based games, navigation apps, and retail experiences that blend physical and virtual realities.

3. Immersive 3D Visualizations:
   
   

   • Designing high-quality 3D models and environments for VR/AR applications, including architectural visualizations and product demos.

   • Expertise in optimizing assets for immersive experiences on mobile, desktop, and AR/VR headsets.

4. Mixed Reality (MR) Development:
   
   

   • Designing MR experiences that seamlessly integrate virtual objects into real-world environments using tools like Microsoft HoloLens.

   • Combining physical and virtual worlds for training, collaboration, and entertainment purposes.

5. Interactive Storytelling in VR/AR:
   
   

   • Crafting interactive narrative-driven experiences that allow users to engage in stories through VR/AR.

   • Designing branching storylines and non-linear gameplay mechanics in immersive environments.

6. Spatial Computing and Interaction Design:
   
   

   • Creating intuitive user interfaces for immersive devices, focusing on gesture recognition, hand-tracking, and voice commands.

   • Developing spatial computing experiences that adapt to users’ movements and actions in real-time.

7. 360-Degree Video and Virtual Tours:
   
   

   • Producing 360-degree video content for VR headsets, creating virtual tours for real estate, museums, and tourism.

   • Offering users an immersive experience in remote or hard-to-reach locations through interactive media.

8. Immersive Training and Simulations:
   
   

   • Developing VR-based training modules for industries such as healthcare, aviation, and engineering, allowing trainees to practice in realistic virtual environments.

   • Integrating real-time feedback and performance analysis into immersive simulations.

9. Immersive Educational Platforms:
   
   

   • Building AR/VR learning platforms for schools and universities, allowing students to interact with 3D models and virtual instructors.

   • Using immersive technology to create engaging learning experiences in science, history, and art.

These experiences demonstrate your depth of knowledge and versatility in immersive technology across a variety of domains. If you want to expand or refine any of these, just let me know!