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RealChem3D

Virtual reality application developed by 4-person team for understanding molecular and atomic structures. Responsible for 3D modeling of atoms and molecules using Blender for VR/AR implementation in chemistry education.

Year
2018
Role
3D Modeler & Designer (4-person team)
Status
Private
RealChem3D
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My Role & Responsibilities

3D Modeler & Designer (4-person team)

Created detailed 3D models of atoms and molecules using Blender
Collaborated with 4-person development team on VR/AR implementation
Designed scientifically accurate atomic and molecular structures
Optimized 3D models for VR performance and educational clarity
Researched and applied scientific accuracy to molecular representations
Coordinated with developers for seamless integration into Unity VR environment
Ensured models were suitable for both VR and AR educational applications
Collaborated with chemistry educators to validate model accuracy
Maintained consistent visual style and quality across all 3D assets

Project Overview

RealChem VR is an immersive virtual reality application developed by a 4-person team to revolutionize chemistry education by allowing students to visualize and interact with molecular and atomic structures in three-dimensional space. As the dedicated 3D modeler, I was responsible for creating all atomic and molecular structures using Blender for VR/AR implementation.

The Challenge

Traditional chemistry education relied heavily on 2D representations of complex 3D molecular structures, making it difficult for students to understand spatial relationships and molecular behavior. The challenge was to create scientifically accurate 3D models of atoms and molecules in Blender that would work effectively in VR/AR environments while maintaining educational clarity and optimal performance for the 4-person development team's Unity implementation.

The Solution

As the dedicated 3D modeler in our 4-person team, I created comprehensive libraries of atomic and molecular structures using Blender. Focused on scientifically accurate representations that were optimized for VR/AR performance while maintaining educational clarity. Collaborated closely with the development team to ensure seamless integration into the Unity VR environment.

Impact & Results

Won First Prize at Tesla Fest International Competition. The application has been used in educational institutions to improve chemistry learning outcomes and student engagement.

Technologies

Blender3D ModelingVR/AR AssetsScientific VisualizationUnity Integration

Awards & Recognition

First Prize - Tesla Fest International Competition

Key Features

  • Comprehensive 3D atomic and molecular model library
  • Scientifically accurate Blender-created structures
  • VR/AR optimized 3D models
  • Educational clarity in molecular visualization
  • Seamless Unity integration
  • 4-person team collaboration
  • Cross-platform 3D asset compatibility
  • Chemistry educator validation

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