Graduate Engineer

• Jun 2023 - Present

Research - Non linear Methods of Seismic Analysis

• Sep 2022 - Dec 2022

The research focused on the topic of non-linear methods of seismic analysis and explored their significance, different types, drawbacks of linear elastic analysis, future prospects, practicality, and a comparison between the two methods. The study identified the need for non-linear analysis in capturing the accurate response of structures subjected to seismic loads. It highlighted that linear elastic analysis fails to consider inelastic behavior and material response, making non-linear analysis essential for ensuring structural safety. Various types of non-linear seismic analysis were examined. The drawbacks of linear elastic analysis were emphasized. Its neglect of inelastic behavior, P-Delta effects, and displacement capacity limitations were identified as limitations compromising accuracy and safety in seismic analysis. The future prospects of non-linear analysis were highlighted. It was noted that these methods offer improved safety and reliability by considering inelastic behavior and helping identify weak points. Non-linear analysis also enables design optimization, leading to more efficient and cost-effective solutions while ensuring structural integrity. The research evaluated the practicality of non-linear analysis in real-world applications. It concluded that these methods, despite being computationally intensive, provide valuable insights into structural behavior and help engineers make informed decisions regarding design and retrofitting. A comprehensive comparison between linear elastic analysis and non-linear analysis was conducted. Overall, the research findings emphasize the necessity of non-linear methods of seismic analysis, their diverse types, and the advantages they offer over linear elastic analysis. The study underscores the importance of incorporating non-linear analysis techniques in the design and evaluation of structures subjected to seismic loads to enhance safety and optimize performance. Show less

Senior Civil Engineer

• Apr 2019 - Sep 2021

As a Structural Engineer at Excelarch Architects and Engineers, I collaborated with senior engineers and technicians to complete various design projects of different scopes and complexity. My primary responsibilities included analyzing, designing, and detailing various structures such as retaining walls, lab buildings, MCC and dryer rooms, sheds, piperacks, evaporation, distillation, fermentation sections, and circular platforms.I also applied my knowledge of various codes such as IS, ASCE, AISC, BS, EC, UBC, IBC, NSCP 2010, to ensure compliance with design requirements and codes, and provided technical support during the construction process. During project meetings, I actively participated and mentored junior engineers in carrying out technical tasks that required accuracy in calculations, design, or computation methods. Show less

Junior Civil Engineer

• Apr 2018 - Apr 2019

Trainee

• Mar 2016 - Nov 2017

As a Trainee Civil Engineer at Mott Mac Donald Pvt Ltd, I performed STAAD analysis for simple RCC and steel buildings. I also prepared construction drawings and specifications for the MRF project and tracked changes to project plans and specifications, adjusted estimates, and budgets accordingly. Additionally, I estimated the quantity of various RCC and steel structures for the MRF project based on take-offs and unit prices, and estimated the costs of the materials, labor, and equipment required for the project. Show less