Vishwanath Singh

Structural Engineer with expertise in optimizing designs for strength and cost efficiency. Proficient in analysis software and technical documentation, delivering innovative engineering solutions. Strong problem-solving and decision-making skills contribute to successful project outcomes and effective client collaboration. Can develop in-house tools for day-to-day tasks.

• English
• Hindi

• Title: Structural Engineer
• Date of Birth: 12/02/94
• Nationality: Indian

• Photography
• Athletics
• Solo Traveling

• Royal Marsden Hospital - Stage 3, global model development, various load calculations, and core structural member design
• Royal Shrewsbury Hospital - stage 4 and stage 5, performed detailed flat slab design, involved in punching checks, edge moment transfer, deflection, and crack control checks, and involved in documentation and reporting. Steel works - design of base plates, bracing system
• Wembley Park - Stage 4, commercial building, performed slab and beam design, substructure designs of liner wall
• Polavaram Powerhouse and Service Bay, Andhra Pradesh, India, powerhouse (302 x 26 x 23 m) and service bay (85 x 26 x 22 m) with two E.O.T. Cranes of capacities 225 MT and 150 MT, structural steel tonnage of 5,000 MT for the powerhouse and 1,800 MT for the service bay, performed STAAD modeling and analysis as per GAD, and designed the members and sections, coordinated with the detailing team for fabrication drawings as per design
• Design of hostel building, Hyderabad, India, performed modeling, analysis, and design of G+5 hostel building in ETABS based on client's requirements, optimized reinforcement in members to meet client budget, prepared BBS in RCDC, coordinating with the drafting team to obtain detailed drawings as per design, preparation of report
• PEB shed design, Hyderabad, India, modeling the structure as per the given GA drawing, followed by gravity and lateral load applications, designing the members in STAAD, and thereafter connection design in IDEA StatiCa by extracting the nodal forces from members, optimization of structure to bring the tonnage within the client's expectation

• Developed a tool in Python to extract nodal forces from given dataset of member forces (STAAD Result) mapped with their load combinations.
• VBA automation for creation of geometric modelling of aerator for water treatment plant. Inputs are provided in form of height, diameter, number of supporting pillars and the code generates a geometric model of the aerator in STAAD. API used: Open STAAD