- Analyzed business and functional requirements needed to develop energy storage products for AWS data centers globally- Performed technical due diligence for energy storage technologies (BESS, H2, LDES) and H2 Power generation solution deployments - Evaluated storage technologies in the context of data center MV electrical systems and responsible for writing technical documentation for such projects.

- Primary technical point of contact for business development to support technical aspect for green hydrogen storage solutions, decarbonization, and energy transition.- Analyze the technical and economical hydrogen storage solution to meet the desired performance and cost- Develop business model for hydrogen project

-Researched on emerging energy technologies and smart solutions-Developed the scope of energy projects primary for schools and cities in the state of Arizona and California-Conducted building energy audits (ASHRAE Level I, II and III audits) and performed energy cost and savings analysis of different energy conservation measures for a variety of retrofit projects-Consultation with regional sales managers for improving projects and implementation development-Conducted energy report (M&V)

-Developed energy models and analyzed the performance of a thermal storage system (PCM) for pre-cooling strategy in commercial buildings using EnergyPlus and OpenStudio.-Concept development for integrating thermal energy storage systems in buildings.-Identified opportunities to improve the operation and maintenance, and energy efficiency of buildings.-Assessed demand-side management and demand response strategies and collaborated with Utilities-Developed and simulated the cost-effectiveness of pre-cooling strategies in retrofit buildings, based on the energy standards ASHRAE 90.1.- Developed and assessed packages of energy efficiency measures for reducing peak loads in SRP territory

-Initiated and drove project pathways for various hydrogen production and storage technologies, moving toward zero-emissions operations goal through strategic analysis.-Developed a business model for hydrogen application in a power plant system and energy system-Provided guidance and academic coaching in developing a project- Project Lead1. Utilizing thermal storage to shift power consumption times2. Concepts to improve the energy efficiency in buildings by integrating smart technologies

-Managed Phase I of a project to reduce primary energy consumption by 50% in 300 buildings. -Oversaw a team of ten and created proposals to achieve the intended goals-Managed energy balance for a combined heat and power plant. Analyzed the performance of boilers, absorption and compressor chillers, as well as CHP systems-Estimated the final costs and energy savings of a power plant project