Home» Posts tagged "Pharmaceutical Product Packaging Scheduling"

Pharmaceutical Product Packaging Scheduling: Stottler Henke to Enhance Aurora-ProPlan

Aurora-ProPlan is a customization of Aurora™, Stottler Henke’s AI-Based Intelligent Planning and Scheduling software. Aurora-ProPlan offers added capabilities for optimizing pharmaceutical packaging production and project management. Pfizer recently engaged Stottler Henke to expand Aurora-ProPlan so that it can more skillfully navigate the complexities of scheduling the packaging process: for instance, recognizing that packaging facilities that […]

View Post Changeover minimization, Pharma Scheduling, Pharmaceutical Product Packaging Scheduling, Throughput Optimization

Stottler Henke exhibits Aurora-ProPlan solution at INTERPHEX 2015 in NYC as part of Intellicentic booth

The International Pharmaceutical Expo (INTERPHEX) is the premier annual forum through which suppliers, developers, and manufacturers of pharmaceutical and biotechnological products from around the world exchange ideas and information, network, forge partnerships, learn by attending INTERPHEX’s numerous workshops, and view exhibitions of the latest technological innovations bettering peoples’ lives through medicine, with an emphasis […]

View Post Aurora, Aurora-ProPlan, Changeover minimization, INTERPHEX, Pharma Scheduling, Pharmaceutical Product Packaging Scheduling, Throughput Optimization

July 23, 2020

The July 2020 Newsletter which features three recent impacts Aurora has made is now available.

July 20, 2020

Stottler Henke’s Aurora intelligent scheduling solution, is featured in the latest issue of Global Defence Technology, the article discusses the benefits for US Navy ship maintenance performance.

July 06, 2020

Stottler Henke won Phase II contracts for AMER, BOSS, DIS-MAESTRO, FADS, and PACT projects. These projects range from transfer learning for ship classes; to using AI for program schedules to stay within budget; to integrating our current AI Modules into NASA’s core Flight System for use on various spacecraft; to advanced factory analytics and decision support to improve manufacturing resilience; and to assess bacterial threats for the Defense Advanced Research Projects Agency Biological Technologies Office, respectively. For more, view our NEWS page.