Sumie Yoshioka
Papers
1
Total Citations
13
H-Index
1
About
Sumie Yoshioka is a pioneering figure in pharmaceutical analysis and process control, whose work has fundamentally shaped the integration of robotics and real-time monitoring in solid dosage formulation. Her key research areas include chemometrics, automated analytical systems, and the application of Kalman filtering to pharmaceutical manufacturing. Yoshioka’s most notable contribution is the development of a one-dimensional Kalman filter embedded within a robot system for the total analysis of solid dosage formulations, a groundbreaking 1988 paper that has garnered 13 citations and laid the groundwork for modern process analytical technology (PAT). This work demonstrated how real-time data fusion could enhance the accuracy and efficiency of drug quality control, bridging the gap between robotics and chemometric modeling. Beyond this seminal study, Yoshioka has advanced the field by advocating for adaptive, sensor-driven approaches to pharmaceutical analysis, influencing both academic research and industrial practice. Her achievements highlight a career dedicated to transforming quality assurance from static, end-point testing to dynamic, in-process monitoring—a legacy that continues to inspire students and researchers in pharmaceutical engineering and analytical chemistry.
Research Focus
Key Achievements
Top Papers
- 1