Global rank:
22,438 / 149,487
Skill pts: 5

About

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Experience

  • Design Engineer IG defence · Full-time Jun 2026 – Present 4 mos Ghaziabad, Uttar Pradesh, India Design, map, and execute robust 3D CAD models, structural assemblies, and sheet metal enclosures for defense-grade UAV systems. Enforce strict Design for Manufacturing (DFM) limits and GD&T principles to achieve assembly precision, material optimization, and production viability. Deliver exhaustive manufacturing packages, including detailed 2D engineering drawings, exact product layout specifications, and comprehensive Bills of Materials (BOM)

Education

  • Veer Surendra Sai University Of Technology (VSSUT,Formerly UCE), Burla Bachelor of Technology, Mechanical Engineering · (November 2022 - May 2026), Mechanical Engineering, 8.02 2022 – 2026 Activities and Societies: CAD LEAD February 2023 - June 2024 (1 year 5 months) Sambalpur 3D Modeling: Build high-fidelity 3D models of fuselages, wings, and tail sections. Component Integration: Design internal layouts for batteries, avionics, servos, and propulsion systems.Weight Optimization: Manage structural weight and balance to maintain the correct Center of Gravity. Manufacturability: Optimize designs for balsa laser cutting, 3D printing, and composite molding.Cross-Team Collaboration: Import airfoil profiles from aerodynamics and coordinate with the fabrication team Engineering Drawings: Generate precise 2D blueprints, manufacturing tolerances, and Bills of Materials Strategic Leadership: Spearhead the technical and operational roadmap for
    VSSUT’s official aviation club, leading a multidisciplinary team of over 100
    aviation enthusiasts.
    Full Lifecycle Oversight: Direct the complete development of fixed-wing UAVs,
    from conceptual system architecture through physical fabrication and flight
    validation.
    Cross-Functional Synchronization: Align efforts across CAD, Aerodynamics,
    Avionics, Propulsion, and Fabrication departments to ensure cohesive
    subsystem integration.
    Mission Command: Lead field operations and autonomous flight testing
    as Mission Commander, ensuring strict adherence to safety protocols and
    mission objectives.
    Technical Compliance: Oversee design adherence to national technical
    rulebooks and weight constraints for competitions like the SAEISS Drone
    Development Challenge.
    Stakeholder Representation: Serve as the primary point of contact for
    university authorities, industry sponsors, and national competition judges.
    Talent Development: Manage annual recruitment and structure technical
    training pipelines to bridge the gap between classroom theory and practical
    aerospace engineering.
    Project & Resource Management: Establish design and testing timelines,
    manage club budgets, and procure raw materials to ensure project milestones
    are met.