| Due Date |
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|---|---|
| Stakeholders | marie.goavec@syensqo.com, brian.bian@syensqo.com |
| Outcome | |
| Contributors | |
| Responsible | |
This page aims to translate the functional requirements into architecture tangible elements creating a engineering - to assess business capabilities relevance versus architecture complexity.
| Requirement - Architecture Concerns | ||
|---|---|---|
| How "AI system" gather info from public & internal sources for scientists real-time evaluation? | ||
| How "AI system" filter and ´displays´ complex data structure and diagrams? | ||
| How "AI system" supports/makes proposals to scientists on molecular modeling and simulation? | ||
| How "AI System" monitors digital reactor and formulation workstation processes to ensure accuracy/consistency of sample preparation? | ||
| How "AI System" ensures accuracy/consistency of sample preparation? | ||
| How "scientists" monitor progress of digital reactor and formulation process in real time? | ||
| How "Central Control System" capture instrument data and promote it to Data Analysis System? | ||
| How can "AI System" make recommendations for the experimental scheme to the scientists based on historical data and current results? | ||
| What types of sensors "AI System" will connect and how it will monitor Environment and instrument parameters in real-time to schedule maintenance (to reduce downtime)? | ||
| How "AI System" automatically checks existing group safety regulations/procedures and evaluates the safety of new instrument/processes/Management of Change to recommend additional safety monitoring parameters? | ||
| How "AI System" allows scientists to access experiments database for evaluation? | ||
| How "Virtual Assistant" provides suggestions on best practices to scientists? | ||
How "AI System" enhances team collaboration, allows sharing data and offers personalized collaboration tips (recommendations)? | ||
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