Tanya Schilling Email and Phone Number

• Owned system level FMEA encompassing 10 functions and nearly 300 tasks• Led an in-depth component P-Diagram analysis evaluating the correlation betweensystem noises and testing• Assisted in successful completion of external audit to certify manufacturing processes• Owned system architecture diagram and boundary diagram

• Drafted models and drawings utilizing AutoCAD and SolidWorks• Created and standardized several AutoCAD templates to produce more consistent drawings department wide• Performed a variety of tests on in house products and tear downs of competitor products

Lab for Flow and Transport Studies in Porous Media• Characterized several porous mediums utilizing experimental data gathered on the liquid front and the liquid mass absorbed• Verified test results and procedures against theoretical models for accuracy • Assisted in writing a technical paper summarizing results for corporate customers• Utilized computational fluid dynamics (CFD) to analyze wick characteristics

• Organized dozens of several low-cost events to engage students on campus• Avidly reached out to students for input on future events, changes on campus, and feedback

• Utilized Python to live monitor test cell readings• Analyzed and optimized large data sets using MATLAB, MATLAB GUIs, and Excel• Established a robust validation plan for roughly 700 engine errors for field testing

• Led program FMEA and created system boundary diagram• Created a cross-functional agreement between business unit and customer resulting in 300+ agreed upon system design deliverables• Managed the introduction, development, and timeline of new product creation• Performed failure analysis on aftertreatment transient cycle temperature readings, found the root cause, and recommended a solution to the technical program leader

• Delivered two large sized projects into the market in a time sensitive manner by utilizing a cross-functional team and focusing on customer-set objectives• Worked closely with suppliers and manufacturing to meet design expectations, design for assembly / manufacturing, and maintain high-quality standards• Constructed guides on confidential and demanding processes to shorten new user training sessions and allow for independent learning• Apprenticed under lab operations technicians on test set-ups to learn practical, hands on knowledge and gain understanding of how to better design for serviceability• Led several meetings with a variety of audiences including: upper management, suppliers, finance, manufacturing, customer representatives, and sourcing• Designed with metal in mind, ensured design gaps were weld-friendly, learned welding best practices, and coordinated with welders on the shop floor to redesign time-sensitive projects

• Aided operators in set-up and running of a variety of machines and assisted in repairs in a time sensitive environment• Acquired first-hand experience of an industrial paced environment and ergonomics• Assisted mechanics in retrieving parts to fix machinery

• Worked in teams of two in an industrial environment to box product for final shipping• Maintained high quality customer experience through proper handling of products