Dhagash P.
Global rank:
19,376 / 143,906
Skill pts: 5

About

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Experience

  • Junior Mechanical Engineer TEXEG India Private Limited · Full-time Jul 2026 – Present 1 mos GJ, India • Prepare prototypes and support new product development activities.
    • Analyze mechanical and thermal test results and recommend design improvements.
  • Research Associate TLT Engineering India Private Limited · Internship Dec 2025 – Apr 2026 4 mos GJ, India • Evaluating existing design of centrifugal fan through computational fluid dynamics ( CFD ) and identify scope of optimization through modification of volute casing and impeller blade profile.
    • Established new volute casing with 15 % weight reduction and compared it with existing design with means of
    performance curve of both.
  • Junior Mechanical Developer Milacron Pvt. Ltd. · Internship May 2025 – Jun 2025 1 mos GJ, India • Gained experience in 3 core units : Assembly Unit | Run-off Unit | Machining Unit
    • Developed understanding of machine design from both assembly and function perspectives.

Education

  • Nirma University Batchelor Degree in Engineering, Mechanical, 8.66/10 2022 – 2026 Activities and Societies: SAE Nirma Collegiate Club Vice Captain and Design Lead
    Team Arrow, SAE Nirma Collegiate Club
    Oct 2024 - Apr 2025
    • Led the design and manufacturing teams for the SAE Aero Design West competition, organized by SAE International
    (USA).
    • Managed project parameters such as aerodynamic design, CAD modeling, structural analysis (FEA), fabrication and
    flight testing for multiple models of fix-wing UAV(focusing on stability, control and payload optimization)

Other experience

  • Optimization of centrifugal fan Design optimization by analyzing results from CFD analysis and hands on calculation based on velocity triangle.
  • Aerodynamic effect of two rotating propeller of Multi-rotor UAV (Conference Paper) Conducting CFD simulations in ANSYS Workbench to analyze wake generation and evaluate aerodynamic effectiveness.
  • FEA(Finite Element Analysis) of composite booms Executing a project in ANSYS Composites PrepPost (ACP) to perform an in-depth analysis of composite booms within
    ANSYS Mechanical Workbench.
  • Aerodynamic Optimization in the Design of Fixed-Wing R-C Aircraft • High-wing trailing edge tapered wing configuration was designed for caring liquid payload of up to 67 oz.
    • Shoulder-wing trailing edge taper and Mid-wing Cranked dihedral wing configuration with respective payload fraction of 0.7 and 0.6.