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¹Integrated Science and Technology (iSAT) Discovery, Specialized Research in Chaotic Systems (SPaRCS), AbbVie, 1 North Waukegan Road, North Chicago, Illinois 60064-6212, United States.

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Summary

This summary is machine-generated.

Automating novel chemical processes, though risky, accelerates technology adoption and innovation. Collaboration between chemists and engineers drives competitive advantage through faster development and evaluation of new concepts.

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Area of Science:

Pharmaceutical sciences
Chemical engineering
Automation and robotics

Background:

Traditional automation in pharmaceutical chemistry often involves in-house commercial solutions or replicating manual processes.
Industrializing proven methods is financially sound but can stifle innovation in drug discovery and development.
Automating unproven or complex processes presents risks but can expedite the evaluation of new technologies.

Purpose of the Study:

To explore innovative strategies for automation in pharmaceutical chemistry.
To highlight the benefits of automating challenging or novel processes.
To propose a collaborative model for accelerating innovation and gaining a competitive edge.

Main Methods:

Analysis of current automation strategies in the pharmaceutical industry.
Evaluation of the risks and rewards associated with automating unproven chemical processes.
Conceptual framework for interdisciplinary collaboration between chemists and engineers.

Main Results:

Industrializing existing processes limits innovation potential.
Automating novel or difficult processes accelerates the adoption or rejection cycle for new technologies.
Cross-functional collaboration between chemists and engineers is key to innovation.

Conclusions:

A collaborative approach between chemists and engineers is crucial for developing automation that fosters innovation.
Strategic automation of challenging processes can lead to significant competitive advantages in pharmaceutical R&D.
Embracing automation for novel concepts, rather than just proven ones, drives progress.