I build transparent, reproducible software for biological, diagnostic, and quality-driven environments, with direct experience in GMP manufacturing, validation, and regulated data systems.
My work sits at the intersection of:
- 🧬 Biological systems
- 💻 Software engineering
- ✅ Quality & regulatory compliance
- 🤖 Interpretable AI and diagnostics
- Preparing for M.S. in Pharmaceutical Science at Thomas Jefferson University (Fall 2026)
- Building safety and governance layers for AI-enabled systems
- Developing diagnostic and validation tooling for biological systems
- Research in computational diagnostics and biosignal modeling
This profile hosts:
- 📊 Research code supporting published and preprint work
- 🔍 Validation and diagnostic tooling for biological systems
- 🛡️ Governance and safety layers for AI-assisted systems
- 🧪 Exploratory system models with explicit falsification criteria
The emphasis throughout is on clarity, auditability, and trust.
- 🏭 GMP / GLP-aligned software systems
- ✓ Digital validation (IQ / OQ / PQ)
- 📋 Quality systems, MES & LIMS
- 📈 Deterministic and interpretable analytics
- 🔬 Research-driven diagnostics and stability analysis
Philosophy: I prioritize systems that remain explainable under scrutiny and safe to deploy in real biological and human contexts.
| Repository | Description |
|---|---|
| Semantic-Dropdown-Search | 🔍 Explicit, explainable metadata search infrastructure |
| AILEE-Trust-Layer | 🛡️ Safety and governance for AI-enabled systems |
| HLV-RAPS | 🎯 Systems-level modeling and safety-critical control concepts |
| CuraFrame | 🏥 Clinical-oriented frameworks for biologically grounded analysis and diagnostics |
| AI-IV-Therapy | 💉 Exploratory AI-assisted therapeutic systems with explicit safety and validation boundaries |
| USD-N | 💰 Deterministic, reserve-constrained monetary protocol design |
- Quality & Manufacturing: Merck, Accupac, Microsize
- Systems & Research Writing: Orbital Robotics (ITAR-compliant SBIR and technical work)
- Independent Research: Computational diagnostics, biosignal modeling, system stability analysis
-
Thomas Jefferson University
M.S. Pharmaceutical Science (Starting Fall 2026) -
Penn State University
B.S. Business
I build systems that are:
- 🔍 Interpretable over opaque
- 🔄 Reproducible over optimized
- 📝 Auditable over clever
- 🧪 Falsifiable rather than impressionistic
- 💬 Research Discussion: Open an issue on the relevant repository
- 🔓 Open Source: Repositories are MIT-licensed unless otherwise noted
- 🤝 Collaboration: GitHub issues preferred for inquiries
- 📧 Email: dfeen87@gmail.com