Sanesh Atole

Project: NG Tower Floor system design and Optimization for High-Rise Structure

• Designed complex flat plate system for a NG Tower to accommodate architectural requirements and structural loads.
• Conducted rigorous deflection checks using both analytical methods and finite element analysis to ensure occupant comfort and safety.
• Designed the composite floor system design for a NG Tower, emphasizing strength, durability, and cost-effectiveness.
• Performed detailed hand calculations to verify the capacity of composite beams and girders, considering interaction between steel and concrete components.
• Designed a post-tensioning drop beams including tendon profiles to address long-term deflection concerns in cantilever slabs.
• Designed an innovative deep deck system to achieve increased spans and load-carrying capacity while minimizing construction costs.
• Employed techniques to optimize the deep deck's geometry, resulting in enhanced structural efficiency and reduced material usage.
• Optimized composite section dimensions and resulting in significant material savings without compromising structural performance.
• Performed the vibrational analysis evaluating natural frequencies and mode shapes and verified the results with meticulous hand calculations, ensuring accurate assessment of natural frequencies and dynamic response.

Project: PPVC Modular Construction R&D

• Conducted comprehensive case studies on modular projects, analyzing design, construction, and performance outcomes to identify best practices.
• Conducted an in-depth case study on a modular housing project to evaluate construction timelines, cost savings, and energy efficiency.
• Summarized research findings on construction speed, cost efficiency, and environmental impact and delivered a comprehensive presentation comparing different modular construction systems.

Project 1: Pac Mahila Battalion Gorakhpur

• Played a key role in the design and development of a 20-story commercial building, overseeing structural integrity, safety, and aesthetic integration.

• Utilized advanced software tools such as Etabs, SAFE to conduct structural analysis, assess load-bearing capacity, and optimize building performance

Project 2: Government medical college Kaushambi, India .

• Applied engineering principles to evaluate and design infrastructure projects, focusing on enhancing project cost-effectiveness and structural efficiency.
• Conducted rigorous analysis of different design schemes to minimize eccentricity between the center of mass and the center of rigidity, ensuring improved structural stability.