Aerospace & Mechanical Design Engineer

CAD • CFD • FEA • Propulsion Systems

About Me

I’m an Aerospace & Mechanical Design Engineer with a strong focus on simulation‑driven design, performance optimization, and advanced engineering analysis. My work combines high‑precision CAD modelling, CFD flow studies, and FEA structural evaluation to develop components that are efficient, reliable, and engineered for real‑world performance.

I specialize in designing aerodynamic and propulsion‑system components, using CFD to understand complex flow behaviour and FEA to validate structural integrity under demanding conditions. I approach every project with a balance of creativity and engineering discipline building designs that are not only visually refined but backed by solid analytical reasoning.

I’m passionate about solving engineering problems through iterative design, data‑driven decision making, and modern simulation tools. This portfolio showcases my technical capabilities across CAD, CFD, FEA, and propulsion‑system development, reflecting my commitment to high‑quality engineering and continuous improvement

Technical Skills

CAD Modelling: SolidWorks, Creo, NX advanced 3D modelling, assemblies, mechanisms, and design optimization
CFD Analysis: ANSYS Fluent aerodynamic studies, wake analysis, ducted‑fan flow behaviour, turbulence modelling
FEA Simulation: ANSYS Workbench structural analysis, stress evaluation, deformation studies, and design validation
Propulsion Systems: Ducted propellers, coaxial fans, thrust optimization, performance analysis
Engineering Optimization: Geometry refinement, mesh quality improvement, simulation‑driven design iteration
Technical Documentation: Engineering reports, design justification, simulation interpretation, and result visualization

Software & Tools

SolidWorks
Creo
Siemens NX
ANSYS Fluent
ANSYS Workbench
MATLAB

Core Strengths

Simulation‑driven design
Aerodynamic performance improvement
Structural reliability analysis
High‑precision CAD modelling
Problem‑solving through engineering data
Clear technical communication

Ducted Fan Assembly

Description: A fully parametric CAD model of a 100 mm ducted UAV propulsion system featuring a high‑solidity rotor, NACA‑inspired duct geometry, and manufacturing‑ready assembly design.

Ducted Coaxial Propeller

Description: High‑fidelity CFD analysis of a ducted coaxial rotor system evaluating flow acceleration, rotor‑to‑rotor interference, pressure recovery, and aerodynamic performance.

FEA‑Based Optimization

Description: Finite element analysis and response‑surface optimization of a steel cylindrical support under a 12 kN bearing load to achieve a safe, lightweight structural design.

Contact

I’m open to engineering roles, simulation‑driven design work, and technical collaborations.

Connect with me through the links below:

LinkedIn: https://www.linkedin.com/in/jayant-gosavi-88417422b/

Email: jayantgosavi30102001@gmail.com

ForgeHub: https://forgehub.engineering/profile/jayant-aerodesign

Behance: https://forgehub.engineering/profile/jayant-aerodesign

Page updated

Google Sites

Report abuse