VR and 360-Degree Rendering for Architecture

Suhas Hathwar

Starting at

/hr

About this service

Summary

He offered immersive VR rendering and 360-degree renders for architectural projects. His expertise in advanced software tools allowed clients to experience spaces interactively before construction began.

Process

The process of 360-degree visualization for training development follows several stages to ensure accurate and effective results. Here's a breakdown of the process:

Literature Study and Requirements Analysis Initially, a thorough literature study is conducted to analyze the requirements and needs of the training. This helps in understanding the key aspects of the training environment, such as the space layout, interaction points, and user experience goals.

Development of 2D Plan Based on the research, a 2D floor plan is created that represents the layout and structure of the training environment. This plan is shared with the client or stakeholders to gather feedback on design elements, functionality, and adjustments.

Feedback and Iteration After receiving feedback, the 2D plan is refined, and necessary corrections are made. This iterative process ensures that the design aligns with the client's expectations before proceeding to the next stage.

3D Modeling Once the 2D plan is finalized, the project moves to 3D modeling. This stage involves creating detailed 3D models of the space, incorporating elements like furniture, equipment, or architectural features.

Texturing and 360-Degree Rendering After the 3D model is complete and corrections are made, the model is imported into a rendering engine like D5 or Twinmotion. Here, textures are applied to materials and surfaces to enhance realism. The engine is then used to generate 360-degree renders of the environment, creating an immersive experience for users.

Uploading to the Client's Platform Finally, the 360-degree renders are exported and uploaded to the desired platform that the client uses for training. This could be an online portal, VR system, or other digital training platforms, where users can engage with the content and gain practical experience.

What's included

Realistic 3D Models with Textures
Clients will receive highly detailed 3D models of the project, complete with realistic textures that mimic materials like wood, metal, glass, or fabric. This helps in showcasing the design's aesthetics and functionality accurately.
Realistic 360-Degree Visualization
The 360-degree renders offer a fully immersive and realistic view of the space, capturing every angle with lifelike lighting and textures. Clients can experience the design as if they were physically inside the space.
Customizable Viewing Angles
With 360-degree renders, clients can view the design from any angle, providing flexibility to explore different perspectives, lighting conditions, and spatial arrangements. This ensures a deeper understanding of the design before finalizing decisions.

Example projects