INDRA SENA REDDY C

INDRA SENA REDDY C

Student Internship

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  • Timeline

  • About me

    Process Engineer @HFCL|Adaptable Programmer|Undergrad @VIT Vellore

  • Education

    • SSPYV

      2017 - 2018
      Central Board Of Secondary Education Schooling 89.4%
    • NRI Group of Institute

      2018 - 2020
      Intermediate Education Maths Physics Chemistry 96%
    • Vellore Institute of Technology

      2020 - 2024
      Bachelor of Engineering - BE Mechanical Engineering
  • Experience

    • VISAKHAPATNAM STEEL PLANT

      Jun 2022 - Jul 2022
      Student Internship

      Interned at a leading company, gaining insights into financial and operational management. Observed seamless collaboration among different departments at a steel plant. Learned about data-driven decision-making and supply chain management. Developed adaptability, problem-solving, and teamwork skills.

    • HFCL Limited

      Mar 2024 - now
      • Graduate Engineering Trainee

        Jun 2024 - now
      • Intern

        Mar 2024 - Jun 2024
  • Licenses & Certifications

  • Honors & Awards

    • Awarded to INDRA SENA REDDY C
      Exploring variations for enhanced strength to weight ratios in remoted controlled (RA) aviation airfoil truss design structures ICCTSM Jun 2024 Our project, titled "Exploring Variations for Enhanced Strength-to-Weight Ratios in Remote Controlled (RC) Aviation Airfoil Truss Design Structures," focuses on optimizing aviation airfoil structures. By leveraging advanced computational tools like Ansys, we performed in-depth finite element analyses on various truss configurations, assessing their performance under different loads and flight conditions.Our research dives into a broad spectrum of materials, especially lightweight… Show more Our project, titled "Exploring Variations for Enhanced Strength-to-Weight Ratios in Remote Controlled (RC) Aviation Airfoil Truss Design Structures," focuses on optimizing aviation airfoil structures. By leveraging advanced computational tools like Ansys, we performed in-depth finite element analyses on various truss configurations, assessing their performance under different loads and flight conditions.Our research dives into a broad spectrum of materials, especially lightweight composites, aiming to discover the most efficient truss patterns and material combinations that improve structural integrity while reducing weight. The insights from this study promise to advance aerospace engineering, potentially leading to more fuel-efficient, high-performance aircraft with better flight dynamics. Show less