Emily Barr Email and Phone Number

- Managed parallel distillation units that process 320 thousand gallons of plant waste-water daily to recover and reprocess unreacted raws- Planned and led efficient turnarounds- Performed day-to-day troubleshooting and owned operator development to optimize processing rate and product quality- Analyzed historical data and created visualizations to provide in-depth knowledge of equipment functionality- Connected business tools to enhance communication between units and drive a "one plant" mindset- Managed operation of a polymer packaging unit which efficiently packaged over 1.4 million pounds of bulk solids daily spanning six production lines, seven packaging stations, four container types, and 20 different products- Owned communications with all site functional groups- Performed day-to-day troubleshooting of process equipment and set area maintenance priorities using data-driven engineering principles- Facilitated quality investigations and performed RCCA- Defined standard work and led training of area-specific supervisors following company reorganization- Designated as subject matter expert for company-wide innovation workstream to champion progressive thinking and explore improvement ideas- Improved traceability of production data and quality critical documentation through creation of Power Automate workflows- Queried production data to create Excel and Power BI reports designed to improve team efficiency and decision quality- Created and implemented productivity tracking tools to identify opportunities for improvement and enable supervisor accountability- Integrated new production line to reduce tolling costs and COPQ- Streamlined "wear-part" replacement process to increase yield, reduce LOPC, and achieve $250,000 annual savings- Developed area OEE process and achieved 11% improvement within first year of implementation

Helped undergraduate students in all of the chemical engineering curriculum. Reviewed and worked out various engineering problems.

Assisted professor with designing lesson plans, grading, and tutoring students in Heat Transfer Operations.

Consistently demonstrated exemplary sales techniques and customer service. Organizational skills and motivation required to learn about the selection of over 500 beers for customer recommendation.

Used electrocatalysis of nickel-iron selenide to reactively generate molecular oxygen. Set up solution to apply an electric current through experiment and enacted the experiment. Compiled data findings and carried out extensive graphical data analysis.