Biodesign Strategies

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BiodesignBiodesign
+4+4
Fabrication Works. Trust Breaks.

Fabrication Works. Trust Breaks.

Why AI-driven biodesign requires trust beyond material evidence

Raphael Kim, PhD
BiodesignBiodesign
+6+6
Bit-Perfect, Materially Broken: Trustworthy Biodesign Challenges in DNA Data Storage

Bit-Perfect, Materially Broken: Trustworthy Biodesign Challenges in DNA Data Storage

Bridging the gap between digital recovery and molecular integrity.

Raphael Kim, PhD
BiodesignBiodesign
+3+3
Biodesign Co-Pilot #2: Lab to Market

Biodesign Co-Pilot #2: Lab to Market

Where others show, you start. A working tool for real-world biodesign.

Raphael Kim, PhD
MyceliumMycelium
+9+9
Beyond Silicon: How a Living Thermostat Re-imagines Smart Design

Beyond Silicon: How a Living Thermostat Re-imagines Smart Design

Jasper Scheffer's fungal thermostat proposes intelligence through growth and care, not data

Raphael Kim, PhD
Research ToolResearch Tool
+13+13
AI Is Changing How We Make Bio-Materials

AI Is Changing How We Make Bio-Materials

And Why Biodesigners Should Care

Raphael Kim, PhD
Research ToolResearch Tool
+6+6
The Enzyme Whisperers

The Enzyme Whisperers

AI that reads sequences like fortune tellers read palms (and actually gets the predictions right)

Raphael Kim, PhD
Research ToolResearch Tool
+6+6
SCOBY Biodesign Idea Generator
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SCOBY Biodesign Idea Generator

An AI Prompt Toolkit for Biodesign Academy Foundational Tier

Research ToolResearch Tool
+4+4
How to Find Biotech Papers (for Designers)
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How to Find Biotech Papers (for Designers)

Using a creative lens to score, scan, and sketch from science

Foundational TierFoundational Tier
+7+7
Should We Compute or Cultivate?
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Should We Compute or Cultivate?

AI, Biodesign, and the Real Environmental Trade-Offs

Foundational TierFoundational Tier
+3+3
Biodesigners' Guide to Reading Biotech Papers

Biodesigners' Guide to Reading Biotech Papers

How to separate design-relevant insights from technical noise

Raphael Kim, PhD
CommentaryCommentary
+3+3
Rethinking Design When AI Enters the Lab

Rethinking Design When AI Enters the Lab

What Google’s Co-Scientist Means for Biodesign

Machine LearningMachine Learning
+5+5
AI-Driven Protein Engineering: What it Means for Biodesign Practice

AI-Driven Protein Engineering: What it Means for Biodesign Practice

Lessons from a curious case of a tropical enzyme

Raphael Kim, PhD