Global rank:
30,958 / 155,174
Skill pts: 5

About

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Experience

  • CAD & Manufacturing Lead Team Sammpaati (Aerospace Team) · Part-time Feb 2025 – Present 1 yrs 9 mos Patiala, Punjab Executed advanced 3D CAD modeling, surface design, and structural layouts for heavy-lift aerospace projects using SolidWorks and PTC Creo.

    Drafted comprehensive manufacturing drawings (GD&T) and optimized drone airframes for large-bed FDM 3D printing and carbon fiber composite fabrication.

    Directed the structure and material research division, securing 3rd Place Worldwide at the 42nd VFS Student Design Competition.
  • Mechanical Design Intern (CAD and Rapid prototyping) Indian Army (2 Corps Zone Workshop, EME) · Internship Mar 2026 – Aug 2026 5 mos Patiala, Punjab, India Led the full 3D CAD design, structural simulation, and mechanical testing for the Project Hailing Swarm Drones System.

    Utilized SolidWorks and Ansys to ensure system reliability and compliance with military operational requirements.

    Executed rapid prototyping and dynamic load testing for custom mechanical assemblies.

Education

  • Thapar University BTech, Mechatronics, 8.46 2023 – 2027 (expected) Activities and Societies: Fine arts and photography Team Sammpaati (Aerospace Team) I am a Mechanical CAD Designer and Mechatronics Engineer specializing in complex assemblies, UAV (drone) airframes, and robotic mechanisms. Whether you need a conceptual sketch turned into a production-ready 3D model, or a high-performance mechanical system optimized for manufacturing, I deliver precise, structurally sound designs.

    My engineering background includes leading manufacturing for an internationally award-winning aerospace team and executing structural CAD design for military-grade drone swarms. I bring a research-backed approach to mechanism design, with published work detailing the kinematics and hardware housing of robotic arms.

    What I Do Best:

    3D CAD Modeling & Assemblies: Complex multi-part mechanisms, aerodynamic surfacing, and functional hardware enclosures.

    Mechanism & Kinematic Design: Designing active mechanical linkages, secure latches, and weight-actuated passive release systems.

    Design for Additive Manufacturing (DFAM): Optimizing part geometries specifically for FDM 3D printing (including composites like PA6-CF and PC-ABS) to reduce print time, eliminate support structures, and maximize strength.

    Drafting & GD&T: Creating clear, manufacturing-ready 2D production drawings with strict tolerance analysis.

    Software Stack:

    SolidWorks, PTC Creo, Autodesk Fusion 360

    Ansys (Structural, Modal & Dynamic Load Simulation)

    I prioritize clean CAD architecture, functional reliability, and regular communication from initial concept to final manufacturing files. Let's discuss your next hardware project.