Allways sells the easiest & most environmentally-friendly way to make your favorite beverages at home for half the cost & a tenth of the environmental impact. AllwaysDrops.com

I help run eCommece at Prima, founded by Christopher Gavigan of the Honest Company. Prima sells plant-based wellness products.

[Brewsy was acquired in Feb 2024]I founded & run the fastest growing winemaking company in the nation! 70K orders and counting in three years.At Brewsy, I specialize in Marketing, Community, CX, and Product Development.

• Personally developed & designed over $8M+ in product sales. Responsible for most profitable product in the brand within 4 months of beginning position. Increased company ARR by 50%. • Designed and developed the best-selling blister bandage ever sold on Amazon• Developed unique customer sentiment data aggregation techniques to quickly innovate and improve competitor products • Developed & run custom trendspotting algorithms for product ideation• Design custom QA/QC & testing criteria• Source (internationally and domestically), receive product samples, and design numerical and organoleptic evaluations for testing• Continually design and run polling using DOE technique to optimize target metrics (CTR, etc)• Storyboard all marketing materials and direct graphic design team• Lead strategy for supporting teams: graphic design, marketing, customer service, copywriting, sourcing, and retail.• Implemented scalable B2B lead generation strategy to reach thousands of stores using automated scraping and cold-emailing services

Working with Dr. Rafiqul Islam of Intel, ASU, and Cactus Materials, I led a team of undergraduates, graduate students, and a postdoc that is attempting to develop a first-to-market ‘industrializable’ process of manufacturing graphene (single atomic layer of carbon) coatings. I personally hand-built a Chemical Vapor Deposition (CVD) machine, conceptualized the deposition chemistries and process flow, and secured and ordered our precursor supply chain. I oversaw the launch of our first processing run on nickel foil in early January– successful, but not perfect. Since then, I’ve massively optimized the manufacture by heavy failure analysis and QC work through DOE-based analysis, aided by Tunneling Electron Microscopy (TEM) and RAMAN Spectra imaging. Not only are we successfully growing graphene, but I have also generated novel processing conditions that yield 10% reduction in energy, 15% increase in throughput, and 8% increase in quality. JMP & Tableau heavily utilized for process optimization design & roadmapping.

IM Flash is a joint venture of Intel and Micron, manufacturing semiconductor-integrated circuity. I was responsible for optimizing the robotically-aided manufacture of three plasma-induced reactive ion etching steps of Intel’s 3D Crosspoint memory technology. I designed DOE-based optimization analysis to completely re-write their manufacturing ‘recipes’ via lean manufacturing principles to minimize necessary testing materials and maximize experimental data generation, and successfully implemented optimizations. I interpreted and processed data using advanced Excel, JMP, and self-designed modeling based in learned chemistries and statistics. I vastly improved manufacturing: increased center-to-edge deposition (silicon wafer quality) by 30% and increased throughput by 50% in responsible areas. To double my time and increase my productivity, I soft-coded a program to type out and submit manufacturing process variations from a script for me while I continued other work on a separate computer. Due to the project’s short timeline, I grew excellent time management skills.

Working under Dr. Parag Banerjee, I researched piezoelectrics and thin films in his Laboratory for Emerging & Applied Nanomaterials (L.E.A.N.). Solely responsible for our exciting Corning® Willow® Flexible Glass project: the design, implementation, and optimization of a piezoelectric thin-film device. I designed & synthesized BiOCl nanoparticles (NPs) using SILAR, designed and synthesized our PET/ITO bilayer purposed for cathode/anode, and I applied NPs to PET/ITO & assembled the device. Most significantly, the lab was lacking funding to purchase a machine to test the device: I decided to teach myself CAD and designed a Guided & Free Bend machine, constructing it using machined parts and re-purposed motors. The machine is customizable due to a mathematically-modeled series of differently-sized ellipses that control rotation. I saved the lab > $50,000 in machine costs and it is currently still in use. Electroanalysis proved successful piezoelectricity!