Presales Manager

• Aug 2023 - Present

Project Manager (Presales & Post Sales)

• Apr 2022 - Aug 2023

Technical Sales Support Engineer

• Jan 2020 - Apr 2022

Solar PV Project Engineer

• Apr 2017 - Jan 2020

Project Manager

• Apr 2017 - Dec 2019

Project Management Activities involving Installation and Commissioning of Solar Rooftop Power Plant for Residential, Commercial and Industrial Segment. Performed site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial, or industrial customers. Liasoning of Rooftop Metering for various DISCOMS in MH. Prepare, maintained and reviewed purchasing files and records, price lists, the status of requisitions, contracts and orders… Show more Project Management Activities involving Installation and Commissioning of Solar Rooftop Power Plant for Residential, Commercial and Industrial Segment. Performed site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial, or industrial customers. Liasoning of Rooftop Metering for various DISCOMS in MH. Prepare, maintained and reviewed purchasing files and records, price lists, the status of requisitions, contracts and orders, locate suppliers, approve bills for payment, monitor subcontractor performance, calculate the cost of orders, ensure invoices are charged to the appropriate accounts, and monitor inventory transfer forms for bookkeeping records .

4 Weeks Internship

• Jun 2015 - Jul 2015

A one month industrial summer training on roof top solar photovoltaic system has been carried out at Toyo Engineering India Pvt Ltd, Kanjurmarg, Mumbai. The objective of the project was to design a solar photo-voltaic (SPV) power plant by utilizing vacant area of about 2954 sq. m. available on the terrace of the building. The design criterion for the SPV power plant is to meet daytime partial load of the building during working days without external battery storage provision. A network of 1239… Show more A one month industrial summer training on roof top solar photovoltaic system has been carried out at Toyo Engineering India Pvt Ltd, Kanjurmarg, Mumbai. The objective of the project was to design a solar photo-voltaic (SPV) power plant by utilizing vacant area of about 2954 sq. m. available on the terrace of the building. The design criterion for the SPV power plant is to meet daytime partial load of the building during working days without external battery storage provision. A network of 1239 number of SPV modules consist of 21 modules in series and 59 modules in parallel was proposed to meet the peak capacity of 361 kWp to be connect to the grid. Analytical study on grid interactive solar photovoltaic system was carried out using TRNSYS17 Simulation Program. The variation of solar radiation flux throughout the year (starting with January to December) was taken into account by using National Institute of Solar Energy (NISE) data. Show less A one month industrial summer training on roof top solar photovoltaic system has been carried out at Toyo Engineering India Pvt Ltd, Kanjurmarg, Mumbai. The objective of the project was to design a solar photo-voltaic (SPV) power plant by utilizing vacant area of about 2954 sq. m. available on the terrace of the building. The design criterion for the SPV power plant is to meet daytime partial load of the building during working days without external battery storage provision. A network of 1239… Show more A one month industrial summer training on roof top solar photovoltaic system has been carried out at Toyo Engineering India Pvt Ltd, Kanjurmarg, Mumbai. The objective of the project was to design a solar photo-voltaic (SPV) power plant by utilizing vacant area of about 2954 sq. m. available on the terrace of the building. The design criterion for the SPV power plant is to meet daytime partial load of the building during working days without external battery storage provision. A network of 1239 number of SPV modules consist of 21 modules in series and 59 modules in parallel was proposed to meet the peak capacity of 361 kWp to be connect to the grid. Analytical study on grid interactive solar photovoltaic system was carried out using TRNSYS17 Simulation Program. The variation of solar radiation flux throughout the year (starting with January to December) was taken into account by using National Institute of Solar Energy (NISE) data. Show less