Development Excellence Solutions
DoE-Driven Process Design & Risk Mitigation
- Objective: Optimize process parameters with fewer experiments.
- Approach: Applied design of experiments (DoE) using prior knowledge and JMP modeling.
- Outcome: Reduced formulation development time by 25–40%.
Tech Transfer Acceleration Frameworks
- Objective: Standardize and de-risk technology transfer between R&D and manufacturing.
- Approach: Introduced structured transfer templates, punchlists, and gap assessments.
- Outcome: Cut transfer lead time by 30% and reduced batch failure post-transfer.
Lean Lab Practices for Analytical & Formulation Units
- Objective: Enhance analytical lab output without compromising quality.
- Approach: Used workflow visualization, takt-time analysis, and Lean SOPs.
- Outcome: 20% more samples processed with existing headcount.
Batch Failure Analysis & Rework Minimization
- Objective: Eliminate repeat batch failures and reduce unplanned investigations.
- Approach: Used fishbone RCA, 5 Whys, and DOE validation trials.
- Outcome: 50% reduction in repeat deviation rates over 3 months.
Stability & Analytical Workflow Optimization
- Objective: Accelerate stability study setup and sample processing.
- Approach: Developed load-balancing models and scheduling boards for long-term studies.
- Outcome: Improved OTIF for stability testing from 65% to 95%.
Integrated Knowledge Management Workspaces
- Objective: Reduce effort duplication and enhance scientific knowledge sharing.
- Approach: Introduced central SharePoint sites with search-based tagging and change tracking.
- Outcome: Reduced document rework by 40% and improved first-pass review rate.
Standardized Work & Knowledge Handover Systems
- Objective: Ensure knowledge continuity across teams and lifecycle stages.
- Approach: Deployed playbooks, SOP libraries, and handover checklists with visual tracking.
- Outcome: Reduced onboarding and ramp-up time by 50% for new team members.