Ameya Deshpande

Coordinated cross-functional projects in a remote environment, ensuring structured execution and timely delivery Managed project timelines, documentation, and stakeholder communication across distributed teams Improved workflows through standardized processes and templates, enhancing efficiency and consistency Developed and reviewed technical and academic content, ensuring clarity and quality Supported collaboration across teams in a structured, process-driven environment

Delivered solar PV projects worth $6.9M+, including 2,500+ installations, ensuring smooth execution from planning to completion Coordinated contractors, installation teams, and stakeholders for timely, high-quality delivery Managed timelines, tracked progress, and resolved operational and technical challenges Acted as primary client contact, ensuring clear communication and satisfaction Improved workflows to support high-volume, scalable execution

Managed operations across multiple renewable energy project sites, ensuring smooth execution and performance Coordinated installation, maintenance, and troubleshooting activities with internal teams and service providers Monitored system performance and analysed operational data to support optimization decisions Supported coordination of multiple projects simultaneously, ensuring timely issue resolution Prepared structured reports and documentation to support operational tracking and decision-making

Coordinated project execution for hybrid solar-wind systems, ensuring alignment with technical and project requirements Supported installation and commissioning activities, resolving on-site technical challenges Prepared technical documentation, reports, and client presentations Managed project timelines and tracked progress across international projects Collaborated with internal teams and stakeholders to ensure smooth project delivery

Supported project coordination, documentation, and execution of renewable energy projects Assisted in installation, testing, and performance validation of solar and hybrid systems Maintained project schedules, risk logs, and procurement processes Supported communication between internal teams, suppliers, and clients Contributed to process improvements through data analysis and reporting.

"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.

Supported daily operations, including scheduling, reporting, and workflow coordination Monitored team performance and ensured adherence to production timelines Assisted in resolving operational issues and improving process efficiency Provided regular updates to senior management on production status Gained early experience in team coordination and process optimization

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.