Solar Energy Systems Engineer

• Feb 2017 - Present

PV Designer II

• Feb 2016 - Feb 2017

Graduate Research Assistant

• Feb 2015 - Dec 2015

• Monitored and processed big data from (Mesa) soiling station’s data acquisition system, funded by SANDIA national laboratory. • Validating the effect of 5 different climatic conditions across U.S on soiling loss of PV systems. • Evaluating operative performance ratio/performance index of 4 commercial systems on ASU campus through live data feed and Excel processing. • Monitored and processed big data from (Mesa) soiling station’s data acquisition system, funded by SANDIA national laboratory. • Validating the effect of 5 different climatic conditions across U.S on soiling loss of PV systems. • Evaluating operative performance ratio/performance index of 4 commercial systems on ASU campus through live data feed and Excel processing.

Solar Engineering Intern

• Jun 2015 - Aug 2015

• Performed residential system designs using their proprietary tool and CAD software. • Achieved roof team leader role after supporting 15 residential solar installations across central California • Assisted construction management in task scheduling, site permitting and inventory control. • Executed weekly planning and task scheduling for interns, spreading them to different sites. • Performed residential system designs using their proprietary tool and CAD software. • Achieved roof team leader role after supporting 15 residential solar installations across central California • Assisted construction management in task scheduling, site permitting and inventory control. • Executed weekly planning and task scheduling for interns, spreading them to different sites.

Mechanical Engineering Intern

• May 2012 - Jun 2012

 A strong understanding of the assembly line for textile machinery.  A detailed walk through on the management flowchart process behind the functioning of the manufacturing plant.  A Feasibility study of adopting an off grid Solar and Wind plant to power the manufacturing plant in order to understand the future prospects of cutting down cost incurred to power the plant.  A strong understanding of the assembly line for textile machinery.  A detailed walk through on the management flowchart process behind the functioning of the manufacturing plant.  A Feasibility study of adopting an off grid Solar and Wind plant to power the manufacturing plant in order to understand the future prospects of cutting down cost incurred to power the plant.