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I am Harsh Udaykumar Joshi, an aerospace engineer specializing in aerodynamics, CFD/FEA, and propulsion systems. I design and analyze UAVs, develop in-house propeller solutions, and perform structural assessments on composite airframes to optimize performance and reliability. I am currently pursuing an MSc in Hybrid Electric Propulsion Technology at BTU Cottbus and I am passionate about applying machine learning to optimize aero performance and engine design for sustainable aviation.…I am Harsh Udaykumar Joshi, an aerospace engineer specializing in aerodynamics, CFD/FEA, and propulsion systems. I design and analyze UAVs, develop in-house propeller solutions, and perform structural assessments on composite airframes to optimize performance and reliability. I am currently pursuing an MSc in Hybrid Electric Propulsion Technology at BTU Cottbus and I am passionate about applying machine learning to optimize aero performance and engine design for sustainable aviation.

Harsh Udaykumar Joshi

Designer, 3D Designer, Product Designer, +2

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I am Harsh Udaykumar Joshi, an aerospace engineer specializing in aerodynamics, CFD/FEA, and propulsion systems. I design and analyze UAVs, develop in-house propeller solutions, and perform structural assessments on composite airframes to optimize performance and reliability. I am currently pursuing an MSc in Hybrid Electric Propulsion Technology at BTU Cottbus and I am passionate about applying machine learning to optimize aero performance and engine design for sustainable aviation.…I am Harsh Udaykumar Joshi, an aerospace engineer specializing in aerodynamics, CFD/FEA, and propulsion systems. I design and analyze UAVs, develop in-house propeller solutions, and perform structural assessments on composite airframes to optimize performance and reliability. I am currently pursuing an MSc in Hybrid Electric Propulsion Technology at BTU Cottbus and I am passionate about applying machine learning to optimize aero performance and engine design for sustainable aviation.

Available to hire

I am Harsh Udaykumar Joshi, an aerospace engineer specializing in aerodynamics, CFD/FEA, and propulsion systems. I design and analyze UAVs, develop in-house propeller solutions, and perform structural assessments on composite airframes to optimize performance and reliability.

I am currently pursuing an MSc in Hybrid Electric Propulsion Technology at BTU Cottbus and I am passionate about applying machine learning to optimize aero performance and engine design for sustainable aviation.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Language

English

Advanced

German

Beginner

Work Experience

Engineer - Aerodynamics at Zmotion Autonomous Systems

August 1, 2025 - August 1, 2025

Design and Development of the Loitering Munition UAVs; Meshing of geometries for CFD and FEA analysis on ANSYS (ICEM CFD, Fluent Meshing); Performed CFD Analysis to improve Aerodynamic Efficiencies and to Analyse Flow behaviours over the Fixed Wing UAV; Structural Analysis on Composite Fuselage, Wings and Tail (ANSYS ACP, Rigid Body Dynamics); Carried out FEA to interpret the Fatigue Life of the Sub-Components for Materials Undergoing Loads over a period of time; Designed an In-House Propellor by Blade Element and Momentum Theory (XRotor, OpenProp, QProp, Qblade, JavaProp).

Intern at Gas Turbine Research Establishment, DRDO

March 1, 2023 - March 1, 2023

Participated in the design process, production, manufacturing, and quality assurance of 'Kaveri' & 'Nirbhay' gas turbine engines; developed familiarity with material choices for engine components and phases involved in engine manufacturing from design to testing; attended a visit to the engine testing facility to understand testing protocols.

Intern at Air India Engineering Services Limited

October 1, 2022 - October 1, 2022

Component Overhaul Division training focusing on maintenance of Boeing 737, 747, 777 and 787 aircraft; hands-on experience in engine dressing procedures for GE-90 and GenX-1B engines; disassembly, inspection, repair, and reassembly of engine components.

Independent Project at Independent Project (Application of Machine Learning in Designing a Compressor Blade for Gas Turbine Engine)

May 1, 2023 - May 1, 2023

Employed ANSYS Blade Gen to generate diverse compressor designs with various blade profiles; meshed compressor models with ANSYS Turbo Grid; simulated with ANSYS CFX and extracted outcomes; built a machine learning model trained on exported datasets to predict surge and choke conditions and produce a compressor performance map.