Remodeling & home repair.

- Initiated and invented a new product line for the medical industry - Formulated a product solution to polymer sterilization degradation issues - Design was cost-effective and exclusive; created a competition barrier to entry- Led, designed, purchased, and implemented a new package for an existing product - Saved 35% of converting cost, leading to savings of $70,000 per year - Increased profit margin from 22% to 28% with improved product marketability- Analyzed reusability and RMC savings at the manufacturing plant level - Optimized the durability and materials used in plant processes

Led group of students in experiment theory and procedure to experiment with parameters and limitations of common industry operations equipment.Initiated multiple lab improvement projects: -Implemented change to improve data clarity and consistency for Cooling Tower Module -Designed new experiments for Semiconductor creation involving Oxidative Growth, Photolithography, and Etching, resulting in enhanced data clarity and 60% more useful data points under the same time constraints

Led team of operators, manufacturing engineers, and environmental engineers to determine the root causes of high methanol content in stripper outlet. Performed repeated field testing trials under different parameters. Found and resolved problematic conditions so that the mill maintained compliance and could continue full-scale production.Environmental data management leader: Used VBA and excel to streamline data collection, sorting, and integrity for environmental and operational compliance factors. Worked with Environmental manager, process engineers, and other personnel to customize program specifications and tolerances. Additionally, created a program to sort and export data to compile in annual and quarterly reports which halved labour time spent accruing data from 2 weeks to 1 week monthly.

Research assistant in field and lab, experiment design, set-up, and data collectionPerformed soil absorption, rooting, and growth performance tests on Ruelia By doubling the ploidy level in Ruelia (Mexican Petunia) (with other factors), we wanted to make a bushier, more flowery version of this common landscape plant while monitoring its health, hardiness, rooting patterns, and soil use.Result: The plants were roughly 1.4 times bushier and heavier, sterile, and showed no significant differences in rooting or growth that could be problematic. Should be successfully introducedwith no foreseeable problems