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Aniket Hake, a seasoned mechanical design engineer, has made a lasting impact in the industry. At inGO Electric India Pvt. Ltd, he spearheaded design refinement and 3D CAD modeling of MINI, yielding a 20% reduction in welding components and a 10% boost in assembly efficiency. His expertise in structural analysis using ANSYS led to a 15% cost reduction and enhanced user experience. Notably, he designed and assembled new weld fixtures, accelerating prototype completion by two days. Prior to this role, Aniket interned at Interpump Hydraulics India Pvt. Ltd, where he refined a five-stage telescopic cylinder design, increasing its load capacity and resilience by 2000N. He also developed a JavaScript function to calculate the area moment of inertia, seamlessly integrating it into Excel for accurate formula application. Aniket holds a Master's degree in Mechanical Engineering from Arizona State University and a Bachelor of Technology in Mechanical Engineering from PES University. He has also earned certifications in Modern Artificial Intelligence with Zero Coding, Electric Vehicle Crash Course, Mastering Ansys CFD (Level 1), and Introduction to IC Engines.

Credentials

  • Modern Artificial Intelligence with Zero Coding
    Udemy
    Sep, 2021
    - Apr, 2026
  • Electric Vehicle Crash Course
    Udemy
    Oct, 2020
    - Apr, 2026
  • Mastering Ansys CFD (Level 1)
    Udemy
    Jul, 2020
    - Apr, 2026
  • Career Edge
    TCS iON
    May, 2020
    - Apr, 2026
  • Introduction to IC Engines
    PES University
    May, 2018
    - Apr, 2026

Experience

  • inGO Electric
    • Bangalore Urban, Karnataka, India
    • Mechanical Design Engineer | CAD Modeling, Structural Analysis, and Prototyping
      • Jan 2022 - Jun 2022
      • Bangalore Urban, Karnataka, India

      At inGO Electric India Pvt. Ltd, I collaborated with electrical and manufacturing teams to refine design sketches and 3D CAD models of MINI, achieving a 20% reduction in welding components and enhancing assembly efficiency by 10%. I conducted structural analysis using ANSYS on critical components, leading to a 15% cost reduction and significant improvements in user experience. I designed and assembled new weld fixtures to streamline the welding process, resulting in a prototype completion two days ahead of schedule. Additionally, I drafted and revised component drawings on SolidWorks, enhancing design accuracy, reducing turnaround time, and improving manufacturing efficiency at the shop floor.

    • Mechanical Design Engineer Intern | Hydraulic Systems, CAD Modeling, and Structural Analysis
      • Jan 2021 - Jun 2021
      • Hosur, Tamil Nadu, India

      During my internship at Interpump Hydraulics India Pvt. Ltd, I refined a five-stage telescopic cylinder design, enhancing its load capacity and resilience by 2000N at crucial stages. I developed a JavaScript function to calculate the area moment of inertia, seamlessly integrating it into Excel for accurate and efficient formula application. My work involved transforming CAD drawings of the telescopic cylinder into detailed models for advanced analysis and optimization. Additionally, I gained valuable experience in conducting stress analysis and validating design changes to ensure reliability and performance under various operating conditions.

Education

  • 2022 - 2024
    Arizona State University
    Master's degree, Mechanical Engineering
  • 2017 - 2021
    PES University
    Bachelor of Technology - BTech, Mechanical Engineering

Suggested Services

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Industry Focus. “Mechanical or Industrial Engineering”

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