Soil parameters, lab and field tests, bearing resistance, settlement, stress distribution, rigid model and Winkler model. Application of Classical Theory and Finite Element Modeling for shallow, deep and vibratory machine foundations. Design of micro-piles and screw-piles. Vertical and lateral loaded pile design, pile settlement and load test. Strut and Tie model for pile cap design. Dynamic loading from vibratory machine, preliminary sizing using rule of thumb. Acceleration amplitude, velocity amplitude and deformation amplitude from Time History Loading. Predict fault of machine, smoothness of machine and human fatigue considering calculated vibration level.

• Finite Element Modeling of 30 Story Building 

• Dead, Wind and Earthquake Loads Analysis as per BNBC 2020 and NBCC 2020  

• Dynamic (Response Spectrum and Time History) Analysis 

• Review of Response, Data Analysis and Member Design

• Wind Tunnels, Expansion Joints, Diaphragm, Transfer Girder, Mat Foundation, Mat with Pile Foundation, 5 Story Basement Wall and Shoring

• Finite Element Modeling of 30 Story Building 

• Dead, Wind and Earthquake Loads Analysis as per BNBC 2020 and NBCC 2020  

• Dynamic (Response Spectrum and Time History) Analysis 

• Review of Response, Data Analysis and Member Design

• Wind Tunnels, Expansion Joints, Diaphragm, Transfer Girder, Mat Foundation, Mat with Pile Foundation, 5 Story Basement Wall and Shoring

Soil parameters, lab and field tests, bearing resistance, settlement, stress distribution, rigid model and Winkler model. Application of Classical Theory and Finite Element Modeling for shallow, deep and vibratory machine foundations. Design of micro-piles and screw-piles. Vertical and lateral loaded pile design, pile settlement and load test. Strut and Tie model for pile cap design. Dynamic loading from vibratory machine, preliminary sizing using rule of thumb. Acceleration amplitude, velocity amplitude and deformation amplitude from Time History Loading. Predict fault of machine, smoothness of machine and human fatigue considering calculated vibration level.

Computer Modeling and Analysis, Dynamic Analysis, Wind and Earthquake Loads as per Code, Data Analysis and Member Design.

Occupancy Classification, Fire Rating and Fire Protection. Vertical Loads, Lateral Loads, Load Combinations and Envelope. Calculation of Lateral Loads due to Wind. Calculation of Lateral Loads due to Earthquake.

Project Scheduling, Monitoring, Quality Control, Methods and  Equipment’s, Project Optimization, Falsework and Formwork Design.

Prestressed Building Analysis and Design. 

Modeling, Analysis and Design of Slab Bridge, Voided Slab, Arch,  Deck Girder, Box Girder, Truss, Multi-Spine and Bailey Bridge. Load Rating and Evaluation of Existing Bridges. Continuous Bridge from existing simply supported Girders. Integrated and Semi-Integrated Bridges. Concept of Cable Stayed and Suspension Bridges.