Dylan Hacker Email & Phone Number

Indianapolis, Indiana, United States

Florence, Kentucky, United States

Performance Improvement Role 05/23 – 08/23• Created PowerBI for processing department that illustrates raw materials weighed vs. expected weighs based on production plan power by SQL database• Implemented PowerBI that logs all cleaning and steaming history of lines for Hygiene team to be displayed on site dashboard• Developed format changeover checklist reducing changeover time by 20%• Redesigned nominal value settings document for 6 unique machines that can be used on multiple linesProcess Engineer Role 01/23 – 05/23• Completed chrono-analysis consisting of over 30 hours of data to illustrate time loss in pre-weigh• Reduced time spent on forklift by 5% per shift by eliminating inventory discrepancies• Developed site wide safety policy to increase pedestrian safety by installing retractable barriers in processing• Designed and implemented a dolly for kilogram scale in pre-weigh using CAD software

Mount Vernon, Indiana, United States

• Learned and utilized SAP to update information for over 100 instruments in the field • Carried out preventative safety analysis of installed assets to ensure proper working conditions• Evaluated instruments for obsolescence to form a preventative maintenance plan reducing maintenance cost • Developed replacements for failed instruments by reaching out to other units and vendors reducing repetitive maintenance • Scoped new pump replacement for failed caustic pump by inspecting failed components and contacting vendors saving over $45,000 in maintenance and downtime per year

Milford, Ohio, United States

Mount Vernon, Indiana, United States

Research and Development Role 08/21 – 10/21• Learned Particle Size Distribution, GC and GPC systems to analyze polymer slurries• Ran pressure Nutsche solid liquid filtrations to improve rate of production by 15%• Analyzed results through excel to determine rates and product loss in filtrations• Organized experiments to trial upscale production of polymer strands• Discovered acetone and polymer equilibrium points for 5 different polymer concentrations to develop a strategy for acetone washing of the polymer