Explore the cell diorama we've built through holographic inspection.
A physical STEM installation translated into an instant-access digital laboratory. Scan at the exhibition or navigate directly to examine high-precision biological organelles, fabrication telemetry, and collaborative student research.
Point phone camera at diorama QR tag for synchronous audio-guided dissection.
Central genetic command hub rendered in translucent frosted acrylic with hand-sculpted polymer pore complexes.
Cellular Organelles Explorer
Explore the biological machinery replicated inside the cell diorama we’ve built. Filter by structural classification or open any specimen for fabrication recipes and cellular mechanisms.
Core Level 01
Translucent Cast Resin & Blue Pigment
Cytoplasmic Matrix 03
Polymer Clay with Metallic Enamel
Perinuclear Region 02
Layered Thermoplastic & Silver Dust
Secretory Pathway 04
Ribbon Acrylic & Frosted Glaze
Macro Suspension 02-03
Metallic Steel Micro-Spheres
Perimeter Enclosure 00
Cast Acrylic Ring & Chrome Bezel
Live Exhibit QR Code Synchronized
Scanning the physical tags at the diorama pedestal loads real-time dimensional cross-sections for all 6 organelles.
Build Methodology & Materials
How our student team engineered the physical cell diorama we've built from raw cytological data to a high-precision, interactive exhibition piece designed for instant QR exploration.
- •Digital cytological datasets
- •Blender 3D mesh blueprints
- •Laser-cut acrylic scale frames
- •Polymer modelling clay
- •High-clarity epoxy casting resin
- •Metallic enamel & micro-pigments
- •Naval aluminum chassis framing
- •Dynamic electric blue micro-LEDs
- •Tactile QR code telemetry tags
Exhibition Ready: Tap or scan the QR terminal to cross-reference each material layer with its corresponding biological organelle.
Diorama Video Walkthrough
Direct physical inspection of the hand-crafted cell diorama we have built. Review illuminated organelles, material sculpting layers, and scale calibration in full motion.
Complete physical diorama casing under dual-spectrum blue and silver studio lighting.
Built by a Dedicated 6-Member Student Team
Meet the researchers, sculptors, and digital designers who engineered the cell diorama we've built, blending physical biological models with digital inspection telemetry.
Alex Johnson
Project Lead & Biological Researcher
Led the biological concept development and coordinated team efforts to accurately represent cell structures.
Maria Lopez
Materials Specialist & Sculptor
Engineered the physical components of the diorama using advanced crafting materials and techniques.
Sam Nguyen
3D Modeling & Design
Designed the digital models and visual layout to ensure a sleek, modern aesthetic consistent with the brand.
Lina Patel
Multimedia & Video Production
Produced the walkthrough video and integrated multimedia elements to enhance educational engagement.
Tariq El-Sayed
Web Development & Digital Integration
Built the website framework optimized for QR code access, ensuring accessibility and clarity.
Emma Chen
Educational Content & Outreach
Developed the educational narrative and prepared supporting materials for classroom and exhibit use.
Explore the Full Physical Build Process
Inspect our step-by-step molding, casting, 3D printing methods, and full cell organelle documentation.