Ameya Deshpande

• Created motivational, collaborative, transparent, and healthy environment. • Planned and conducted sprint planning, daily stand ups, project plans and reviews. • Ensured teams work efficiently and delivered high-quality of work. • Identified and removed impediments and dependencies.

• Conducted daily review meetings of the ongoing projects. • Generated RFQ’s for new project inquiries and government projects tender documents. • Handled new project inquiries and generated technical and site feasibility reports for PV systems. • Executed on-site inspections of solar power systems. • Maintained good relations with internal and external stakeholders. • Supported client from inquiry to implementation process and after sales. • Created and maintained comprehensive project documentation.

• Developed and implemented strategic plans for operational activity. • Prepared project bidding documentation. • Planned projects to be executed, established timelines, and ensured projects met the deadlines. • Executed on-site inspections of wind and solar systems along with customers and resolve issues if any. • Maintained good relations with internal and external stakeholders. • Supported customer throughout the implementation process and after sales.

• Handled new project inquiries and generated technical and site feasibility reports for wind and solar systems. • Investigated operations data from existing generating sites and conduct service check if required. • Monitored project progress and reported to manager. • Single point of contact for technical support. • Gathered customer feedback, handled customer complaints, and developed lessons learned for improving performance.

• Engaged with design team for designing of vertical axis wind turbine (VAWT). • Developed 3D models of wind turbine blades using Solidworks. • Tested wind turbine blades and generated test reports. • Designed hybrid (wind + solar) system as per customer’s requirements. • Worked on assembly line, paint shops and packaging centres. • Installed and commissioned wind turbines and solar panels on the rooftop as well as on the ground.

"Variation of Stress and Loads on Wind turbine parts depending upon wind characteristics and down-regulation stages". Summary - The blade element theory was used to calculate aerodynamic loads for horizontal wind axis turbine blade. This method can also estimate the power extracted by the turbine. The work results were obtained and compared to the bladed software 4.3 version. The calculated loads are functional not only on the wind speed, but also on the down regulation level.

• Assisted the Production Manager with administrative tasks like production schedules and timesheets. • Monitored the employee tasks at regular intervals. • Resolved labor disputes, where requested. • Updated the Production Manager on the status of projects. • Ensured production is completed before the deadlines.

Control systems and automation of Wind Power Plants, Advance wind turbines, Offshore Foundations for Wind Energy Convertors.

Basic Electrical Engineering, Basic Electronics Engineering, Manufacturing Processes, Communication Skill, Machine drawing, Computer Graphics, Electrical Technology, Production Technology, CAD/ CAM Automation, Mechanical System Design.