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Mir H.

Aerospace CAD Designer | CATIA V5 & SolidWorks | 3D Modeling

Pisa, Italy

Global rank:

19,809 / 145,556

Skill pts: 5

CATIA V5 Design for 3d Printing Parametric Modeling Prototype Development Solidworks

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About

I’m an Aerospace Engineer specializing in CAD design, 3D modeling, and mechanical product development using CATIA V5 and SolidWorks.

My experience includes designing mechanical and aerospace components, creating detailed 3D parts and assemblies, producing engineering drawings, and developing components suitable for prototyping and 3D printing. I have worked on projects involving UAV airframes, structural components, payload integration, mechanical assemblies, and engineering concept development.

One of my key projects involved the design and development of a 1.8 m fixed-wing UAV, where I worked on CAD modeling, component integration, assembly design, and 3D-printable parts using CATIA V5.

I can help with:
• 3D CAD part modeling
• Mechanical component design
• CATIA V5 and SolidWorks modeling
• Assemblies and component integration
• 2D engineering drawings
• CAD models from sketches, dimensions, or reference images
• UAV and aerospace component design
• 3D-printable and prototype-ready parts
• Existing CAD modifications and redesigns
• Engineering concept development

I focus on practical, clean, and manufacturable designs while maintaining accurate dimensions and clear communication throughout the project.

Experience

CAD Designer & Aerospace Engineer Upwork · Self-employed Mar 2026 – Present 6 mos Pisa, Province of Pisa, Italy Provide freelance CAD and engineering design support using CATIA V5 and SolidWorks, with a focus on mechanical and aerospace applications.

Work includes 3D part modeling, assemblies, engineering drawings, CAD modifications, prototype-ready components, and design development from sketches, dimensions, and technical requirements.

Projects have included UAV components, mechanical assemblies, payload integration, 3D-printable parts, and engineering concept development. I combine CAD modeling with an aerospace engineering background to create practical, dimensionally accurate, and manufacturable designs.

Education

University of Pisa (Università degli studi di Pisa, Unipi) Msc, Aerospace Engineering 2025 – 2027 (expected) Activities and Societies: Member of the STARPI Rocketry Team, contributing to the conceptual design and development of a sounding-rocket payload for atmospheric microplastic measurement, including payload architecture, subsystem integration, engineering trade-offs, and mission requirements. Currently pursuing a Master’s degree in Aerospace Engineering with a Space Engineering curriculum at the University of Pisa.

Coursework includes aerospace structures, spacecraft technology, flight dynamics, propulsion, dynamic systems, and space mechanics. The program strengthens my engineering design background and supports my work in CAD-based mechanical and aerospace component development.
Institute of Space Technology BSc, Aerospace Engineering 2021 – 2025 Completed a Bachelor’s degree in Aerospace Engineering with a strong focus on aircraft design, flight mechanics, aerodynamics, structures, propulsion, control systems, and CAD-based engineering design.

For my final-year project, I worked on the design and development of a 1.8 m fixed-wing UAV. The project included aircraft configuration development, aerodynamic sizing, 3D CAD modeling in CATIA V5, component and assembly design, payload and avionics integration, and the development of 3D-printable PETG airframe components.

The UAV was developed from conceptual design through simulation and physical prototype integration, giving me practical experience in translating engineering requirements into detailed CAD geometry and manufacturable components.

Other experience

STARPI Rocketry Team – Atmospheric Microplastic Payload Design Contributing to the conceptual design and development of an atmospheric microplastic measurement payload for the STARPI Rocketry Team.

My work includes payload architecture, component layout, subsystem integration, engineering trade-offs, and translating mission requirements into practical mechanical and aerospace design solutions. The project involves coordinating sensing, structural, and integration constraints within a compact payload configuration.

Licenses & Certifications

Fundamentals of Flight Mechanics ISAE-SUPAERO Aug 2025 – Present See credential
Autonomous Aerospace Systems Università di Napoli Federico II Jan 2025 – Present See credential