Ice and Water Development, Ice Making Module Owner

- Achieves cost and quality improvement projects on Freezer and Refrigerator products. Projects include: Factory support to improve manufacturability/NRFT, DFAA, optimized labor/scrap/material/cycle time/downtime on existing and new component/assemblies. Estimated savings of over $2M/year.- Cross-functional root-cause analysis project leader, implemented solution to mitigate service call impact by $4M.- New product development: owned, designed, prototyped, validated, and tested assembly of 4 components with other related assemblies and product functions in 6 months.- Mentored co-ops for 3 rotations. Taught technical skills and coached with design work.- Created and deployed engineering project reporting tool, used by 80 engineers and developed within 6 months.

- Project leader for 3 Automation pilot projects. Initiated, validated using empirical research, and managed projects to completion over the course of 6 months.- Led a team and participated in designing a connected Production Monitoring Kit along with a PowerBI data analytics dashboard, with the potential of equipment ramp-up savings of €210,000 over 25 different factories annually.

- Designed, tested, and fabricated sensor/board housings/mechanical interfaces. Conducted user-centered research about how children with physical limitations play to design the Bubble Buddy toy.- Sponsored by Kids2 toy company. Awarded Best ID/ME Project in the Georgia Tech Capstone Design Expo.

- Reduced clean-up time on remediation site by 8 years and saved $20M by designing a Soil Vapor Extraction (SVE) system layout using Radius of Influence optimizations, analyzing SVE Pilot Test Reports and GIS data.- Learned and used Civil 3D software in less than 4 weeks to model SVE system, design a Mining Man Camp, and perform cut/fill volume balance optimizations.- Digitalized data from Construction Design Reports in a custom database for a client as part of a $500M lawsuit.

- Graded homework for the Design, Materials, and Manufacturing class- Assisted students by providing written feedback and evaluating homework assignments- Supported class instructor by revising his provided solutions and communicating improvements

- Led a 6 person team in designing, and constructing the “Solar Kiosk”; a mobile solar powered street-stand aimed at reducing the carbon footprint of small scale businesses.- Rewarded funding of $300 per term from Georgia Tech Serve-Learn-Sustain. Presented at the 2016 Energy Expo- Presented at the 2016 Energy Expo Project Showcase.

- Researched composite fiber material properties by fabricating and stress testing buckling specimens.- Devised a new sheet cutting method to improve laboratory procedure cutting time by 10%.- Prepared test samples by performing composite prepreg fiber layups, assembling vacuum bagging, and curing prepreg in a vacuum oven. Funded by Boeing, supervised by Dr. Jonathan Colton