Shraddha Khot

Resourceful Junior Design Engineer known for productive and efficient task completion. Specialize in CAD software, rapid prototyping, and material selection, ensuring innovative solutions to complex design challenges. Excel in teamwork, communication, and problem-solving, contributing positively to project outcomes.

• Prestress
• E-tabs
• Stadd Pro
• SAFE
• FEM Plate
• FEM-3D
• Winstatic
• enercalc
• RISA 3D
• Auto-CAD
• Revit(Basic)
• RCDC

• IS 456
• IS 875
• IS 1893
• IS 13920
• IS 800
• ASCE 7-16
• ACI 318
• EC2

RCC structures

1) Mantra 29, Gold Coast, E Cluster

• Structural analysis of three towers using ETABS
• Coordination with architects, the MEP team, and site engineers for the completion of GFC

2) RRBC Panchasheel Enclave, Banglore.

• Retrofit of structural elements failed due to under-reinforcement
• Strengthening beams using FRP composites
• Reinforcement is added to strengthen footing

3) VTP Blue Waters, Pune

• Strengthening columns and shear walls by increasing their sizes to enhance strength
• External plate bonding

4) Mantra Akurdi

• Design and analysis of 22-story, 6-tower residential and commercial buildings using ETABS
• Report and DSR preparation
• Designed a combined footing on SAFE
• Designed water-retaining structures
• Application of earthquake analysis

5) Stellar Rhythm

• Design and analysis of a small commercial building using ETABS
• Provided optimized design
• Coordination with architects and site engineers for the effective completion of the project

Precast structures

1) Brogarden 

• Led the detailed design of reinforced concrete slabs, focusing on precision and compliance with structural standards.

2) Sydney 

• Engineered cost effective solutions, designed all critical elements like slabs, walls and columns.

3) Vallberga

• Developed and analyzed comprehensive finite element models, checked assembly drawings to ensure structural accuracy and performance

4) KV Hasten

• Crafted a 3D finite element model, designing innovative structural elements such as sandwich walls, balconies, columns, and prestressed beams
• Utilized prestress and frame analysis tools, integrating RDF elements to maximize structural efficiency and performance
• Conducted extensive internal coordination to ensure cohesive integration of all design components, significantly improving project workflow and collaboration among teams

Wooden structures

• Gained knowledge of the design and analysis of residential wooden structures using American code
• Learned the design of beams, joists, columns, and shear walls using MS Excel and manual calculations
• Lateral analysis and design of shear walls for seismic and wind using ASCE 7-16
• Wind calculation by MWFRS

RISA Software designs

• Used RISA floor to model floor systems, analyzed loads, and designed beams and columns
• Developed a cost-effective floor system design that met all specified load requirements and building codes
• Performed structural analysis and design using RISA 3D
• Developed structural analysis models for a 10-story commercial building