• Spearheading research, innovation, design, and construction of carbon capture prototypes for CO2 recovery from fermentation• Managing company formation, organization, customer and supplier relations, accounting, and financials• Utilizing process modeling for prototype adaptability and business modeling• Extracting, examining, and analyzing carbon data from customer operations• Exploring renewability, sustainability, and innovation grants and incentives• Conducting fieldwork and in-field testing of technology and data collection in real-world settings • Creating, analyzing, and modeling in-depth financial forecasts, projections, and models• Raising dilutive and non-dilutive funds• Wrote, drafted, designed, and filed provisional patent applications• Engineering and designing CO2 systems• Performing calculations and analyses related to heat transfer, thermodynamics fluid mechanics, gas dynamics, separation processes, energy management, load, heat exchanger design, and carbon capture and storage (CCS)• Research into existing CO2 separation technologies

• Designed, modeled, and presented optimized and cost-effective distributed energy systems• Drafted and evaluated 2D/3D photovoltaic (PV) systems using Auroral Solar, Helioscope, and AutoCAD • Evaluated system distribution, risks, load profiles, and power models using OpenDSS• Created financial models using production data, power purchase agreement (PPA) pricing, and other inputs

• Drafted and evaluated PV system design using AutoCAD and Helioscope• Drafted single-line electrical drawings• Conducted pre-bid and on-site evaluations of job site properties pre-installation• Developed PV system calculator and string sizer

Internship• Drafted, scaled and designed using AutoCAD• Created and hand-drew renderings• Mapped and surveyed land• Planned parking lots and structures