Bharath Singh Belur Dinesh

Bharath singh belur dinesh

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location of Bharath Singh Belur DineshBrooklyn, New York, United States
Followers of Bharath Singh Belur Dinesh800 followers
  • Timeline

  • About me

    MS in Civil Engineering @NYU Tandon

  • Education

    • Sri sai angels pre-university college

      2017 - 2019
      Puc pcmb
    • Bms institute of technology and management

      2019 - 2023
      Bachelor of engineering - be civil engineering
    • New york university

      2024 - 2026
      Master of science - ms civil engineering
  • Experience

    • Concorde group

      Sept 2021 - Sept 2021
      Student intern

      @Concorde Luxepolis under the guidance of project manager Mr.Vasanth Rathod1. Garnered various skills working on on-site projects at Concorde Luxepolis.2. Gained knowledge about the activities which is involved in Kumkang Kinds Aluminum Formwork Technology.3. Assisted project manager, site engineer and shadowed their workings including while managing resources at the site projects4. Practical training on Quality control & Quality assurance, store management, and human resource management on site. 5. Supervised activities & documented daily activities in the site engineer’s daily record book for progress update. Show less

    • Larsen & toubro

      Jun 2022 - Aug 2022
      Intern

      @L&T Raintree Boulevard under the guidance of project manager Mr. Subramanian N》It is an amazing opportunity for me to learn and to be taught at one of the top construction company in the world.

    • Nhai invit

      Aug 2022 - Sept 2022
      Intern
    • Indian institute of science (iisc)

      Jun 2023 - Jun 2024
      Research intern
  • Licenses & Certifications

  • Honors & Awards

    • Awarded to Bharath Singh Belur Dinesh
      Best technical paper award for "Study on development of FRC and it's application" Sustainable infrastructure : Innovations Opportunities And Challenges (SIIOC 2023) organized by NITK Apr 2023 The study explores the use of Fiber Reinforced Concrete (FRC) with basalt fibers to enhance durability, crack resistance, and performance in sluice gates. By optimizing mix design and fiber dosage, it aims to improve structural integrity and reduce maintenance. The findings benefit hydraulic structure design and water management systems by ensuring efficient water flow control.https://link.springer.com/chapter/10.1007/978-981-99-9502-8_45