Omkar Wadajkar

A graduate Aerospace Engineer seeking entry-level opportunities; with experience in Computational Fluid Dynamics, Aviation design, UAVs, Rotary aircraft, System engineering, Research and Development, Propulsion, Space technology, and Leadership skills, as well as self-directed, excellent attention to detail and dynamic worker eager to contribute to a team's success.

• studied, researched, and developed ideas for new products and systems and modified existing products and processes to increase efficiency and Performance. •Interfaced with Chief Engineers, Programmers, Test Engineering, Manufacturing, etc., and Liaised with external suppliers, customers, airframes, regulatory bodies, and other industrial organizations as required. •Provided multiphasic Support to mechanical design engineers with CAD models for vibration testing on aircraft wings and did stress analysis simulations on prepared geometry using ANSYS software packages. •Worked on the verification and validation of design solutions and defined the product by testing and analyzing results, acting as a checker.

Worked as part of a team of 6 to produce the best methods by researching materials and processes and Constantly modifying designs until the best version was achieved. •Successfully performed a CFD analysis of a 210 ft. high residential building and suggested essential improvements based on the analysis results. •Generated reports, specifications, memos, and sketches of the obtained CFD results and presented them verbally in meetings and conferences to all level employees and customers. •Created CAD drawings using AutoCAD to convey manufacturing and production configurations •Arranged budgets, timescales, and specifications with clients and managers regarding final design and manufacturing.

The University Of Leeds (Sep 2021 – Sep 2022 Leeds)

MSc. Aerospace Engineering

Relevant Modules: Eng.Computational Methods, Computational Fluid Dynamics, Rotary Wing Aircraft, Vehicle Systems Engineering, Aerospace Structures. , UK Master's Thesis: CFD analysis of wake effect and power Capture of Wind Turbines with Flaps variation.