The basic idea behind the project is to develop a outdoor air purifier integrated with a wind turbine that is mounted on the rooftop of a bus. The product helps in cleaning the air with a purification technology of (Electrostatic precipitation) & renewable energy is generated by the turbines.

As a performance engineer, I am involved in optimizing the flight time of the UAV through propulsion system optimization as well as suggesting aerodynamic improvements so that the efficiency of the craft increases.

1) Utilize computer-aided design (CAD) software to create 3D models of aerodynamic components.2) Conduct CFD analysis to simulate and analyze airflow around the UAV, interpret results, and optimize performance, stability, and control.3) Participate in wind tunnel testing to validate and refine the aerodynamic design, including data collection and analysis.4) Continuously work on optimizing the UAV's aerodynamic performance by considering trade-offs and implementing design modifications.5) Provide support during flight testing campaigns, including instrumenting the UAV with sensors and analyzing flight data.

Mechanical Engineering Problem Solving.Working as a freelancer

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