AI-Augmented Crystallization Control
Projects.PharmaceuticalCrystallization History
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Visit this page often for updates on progress, results, and opportunities to get involved. The project will share findings, simulations, and open-source model components to advance the field of AI-integrated process control.
Visit this page for updates on progress, results, and opportunities to get involved. The project will share findings, simulations, and open-source model components to advance the field of AI-integrated process control.
Research Assistant: Megan Booth
Megan Booth is an undergraduate research assistant contributing to the AI-Augmented Crystallization Project through her expertise in crystallization techniques and process optimization. Her background includes previous research in terahertz spectroscopy and organic synthesis, as well as leadership and service experience in Guatemala. Passionate about applications engineering, automation, and process control, Megan is driven by the opportunity to apply emerging technologies to real-world industrial challenges.
- APIs are becoming more complex—moving from small molecules to peptides and macromolecules.
- Active Pharmaceutical Ingredients (APIs) are becoming more complex—moving from small molecules to peptides and macromolecules.
