Empowering customers to decarbonize and develop differentiated material solutions from start to finish using our patented carbon capture additives. 50X the annual production of carbon capture additives by leading the design to commissioning of a 200,000 dollar pilot plant. Managed design, regulatory submission, procurement, and installation.Heavily engaged in new additive and polymer technology review and diligence through literature review, lab-experiments, 3rd-party testing per ASTM and ISO requirement, and new customer engagement and validation.

Expanded the understanding and commercial applications of novel carbon thermoplastic composites through leading a 360,000 dollar research program. Developed extreme composites using CNTs, CF, and GNPs in polypropylene with superior stiffness and tensile strength.Project team leader on the following projects: World's 1st capture carbon additive in cosmetics packaging (active, commercially available)3D printing filament solution (active, commercially available) Compostable mulch films (field trial)

Compounded CUT's enhanced materials portfolio into LDPE, PP, HDPE, PA, PET, and PLA to deliver enhanced nucleation and stiffness.Engaged in technical sales and business development working with color houses, compounders, and molders to demonstrate product perform in masterbatch, compound, and final article. Managed and prepared documentation for the US FDA Premarket Notification for polymer additives.GreenBiz 30 Under 30 Recipient.

Carbon Upcycling Technologies (CUT) was founded in 2014 with the vision of making CO2 green: both environmentally and financially sustainable, where CO2 is not a liability but a fully utilized asset. With a novel process that converts emissions into valuable solid powders, CUT was recognized in April 2018 as one of the top 10 CO2 conversion companies in the world through the NRG COSIA Carbon X-Prize.

Responsible for infrastructure selection and implementation, running the leanest possible cloud solution and maximizing computational and data efficiency. Experienced and prefer GCP Solutions: Compute, cloud SQL. Responsible for the commercials and technical execution of pilots projects with customers in the energy and chemical industry. Led and onboarded remote teams and engage in new development and programs such as model evaluation and validation of simple models such as multi-linear regression to complex LSTM models. Green Mesa deploys the leanest and simplest machine learning solutions to help chemical and power plant operators to enhance their knowledge of emissions in an ever growing plant environment.

Annabot is a one touch voice-activated volunteers-based companionship application to reduce feelings of isolation, and empower adults to engage in community-based activities.

One of the key task I was responsible for was to assist engineers with intensive data analysis. With over 500+ datasets generated and integrated, it outlined the Cathodic Protection (CP) performance for over 60,000 km of TransCanada's Canadian assets. With the increasing amount of ongoing capacity projects, I have also supported the CP Major Projects group with preparing geospatial and CP information packages.In addition to red marking IFC remedial layouts, and drafting numerous project descriptions, I also had the privilege to assist engineers with designing several engineering directives, and operating procedures. I was also responsible for software research and development of several in-house tools. While being exposed to several aspects of CP, I have gained some exposure to industry standards such as CSA Z662, CGA-OCC-1, and several NACE standard and recommended practices.