COURSES

Since 2009
Indian Institute of Technology (IIT) Delhi, Hauz Khas, New Delhi, India.


  • Blast Resistant Design of Structures (New Course Developed)

  • Structural Vibration Control (New Course Developed)
    COURSE MATERIAL FOR CVL 865
    • Assignment - 01 : Seismic Response Analysis and Control of Three Storey Frame by Time History and Response Spectrum Method
    • Assignment - 02 : Time History Analysis of Uncontrolled and Controlled (Base Isolation and Tuned Mass Damper) SDOF Structure

  • Fire Engineering and Design (New Course Developed)

  • Design of Fiber-Reinforced Composite Structures (New Course Developed)

  • Strengthening and Retrofitting of Structures (New Course Developed)

  • Mathematical and Numerical Methods
    COURSE MATERIAL FOR CEL 734
    • Assignment - 01 : Development of Computer Codes for Numerical Methods

  • Prestressed and Composite Structures
    COURSE MATERIAL FOR CEL 731
    • Assignment - 01 : Fundamentals of Prestressed Concrete Member Analysis and Design

  • Design of Steel Structures
    COURSE MATERIAL FOR CEL 718
    • Assignment - 01 : Elastic and Inelastic Column Buckling Theories, Geometrical and Material Imperfections, and Numerical Approaches
    • Assignment - 02 : Elastic and Inelastic Stability Analyses of Beam-Columns by Equilibrium State and Energy Approaches
    • Assignment - 03 : Torsional, Flexural-Torsional, Lateral-Torsional Buckling; Fatigue and Fire Design of Steel Structures

  • Structural Dynamics
    COURSE MATERIAL FOR CVL 769 (CEL 719)
    • Assignment - 01 : Dynamic Analysis of Single Degree of Freedom (SDOF) Systems
    • Assignment - 02 : SDOF Systems under Periodic, Impulsive, Arbitrary Loads and Spectra Development
    • Assignment - 03 : Dynamic Analysis of Multi Degree of Freedom (MDOF) Systems
    • Assignment - 04 : Damping in Structures and Dynamic Analysis of Systems with Distributed Properties

  • Earthquake Analysis and Design
    COURSE MATERIAL FOR CVL 762
    • Assignment - 01 : Seismic Response Analysis and Control of Three Storey Frame by Time History and Response Spectrum Method
    • Assignment - 02 : Introduction to Seismology, Seismic Risk, Seismic Hazard, and Earthquake Engineering
    • Assignment - 03 : Dynamic Response Analysis of Two Storey Building Frame Subjected to Ground Motion
    • Assignment - 04 : Modeling and Analysis of Five Storey Building against Earthquake Loading
    • Assignment - 05 : Development of Elastic and In-Elastic Design Response Spectrum
    • Assignment - 06 : Seismic Coefficient Method and Response Spectrum Method of Analyses for Building
    • Assignment - 07 : Seismic Vibration Control of Structures using Tuned Mass Damper, Base Isolation, Passive Dampers etc.
    • Assignment - 08 : Performance Based Seismic Design of Steel and Concrete Structures with Ductile Detailing

  • Computational Laboratory
    COURSE MATERIAL FOR CVP 772 : Homework Assignments
    • Mathematical and Numerical Techniques using MATLAB
    • Linear Programming (L.P.) using MATLAB
    • Excel Spreadsheets for L.P. and Computations in Management

Since 2009
Indian Institute of Technology (IIT) Delhi, Hauz Khas, New Delhi, India.


  • Structural Design and Detailing (New Course Developed)
    • COURSE MATERIAL FOR CVP 441
    • Part-1: Steel Project - Steel Industrial Building Design and Detailing
    • Part-2: RC Project - Reinforced Concrete (RC) Residential Building Design and Detailing

  • Structural Analysis - III
    COURSE MATERIAL FOR CVL 442
    • Assignment - 01 : Direct Stiffness Matrix Method and Finite Element Analysis using ABAQUS®
    • Assignment - 02 : Finite Element Analysis of Spring Elements
    • Assignment - 03 : Finite Element Analysis of Bar Elements
    • Assignment - 04 : Finite Element Formulation for Beam - Flexural Member
    • Assignment - 05 : Higher Order Isoparametric Elements and Finite Element Formulation for Two- and Three-Dimensional Elements
    • Assignment - 06 : Two- and Three-Dimensional Finite Element Analysis and Stability Assessment using ABAQUS®
    • Assignment - 07 : Structural Dynamics : Single- and Multi-Degree of Freedom Systems
    • Assignment - 08 : Geometric Nonlinearity : Structural Stability Analysis
    • Assignment - 09 : Material Nonlinearity : Material Plasticity and Plastic Analysis

  • Structural Analysis - II

  • Structural Analysis - I
    COURSE MATERIAL FOR CEL 231 : Tutorial Sheets
    • Tutorial - 01 : Determinacy, Indeterminacy and Support Reactions Determination of Structures
    • Tutorial - 02 : Analysis of Trusses using Method of Joints and Method of Sections
    • Tutorial - 03 : Analysis of Compound Trusses
    • Tutorial - 04 : Analysis of Complex Trusses
    • Tutorial - 05 : Analysis of Cables
    • Tutorial - 06 : Analysis of Arches
    • Tutorial - 07 : Bending Moment and Shear Force Diagrams of Structures
    • Tutorial - 08 : Influence Line Diagrams
    • Tutorial - 09 : Deflection Analysis of Structures using Moment Area Method and Conjugate Beam Method
    • Tutorial - 10 : Deflection Analysis for Trusses using Virtual Work Method
    • Tutorial - 11 : Slope and Deflection Analysis for Beams and Framesd
    • Tutorial - 12 : Force Method of Structural Analysis
    • Handouts
    • Moment Integration Table
    • Laboratory Manual

  • Design of Steel Structures
    COURSE MATERIAL FOR CEL 332 : Tutorial Sheets Course Project
    • Design of an Industrial Structure (Design of Purlins, Truss Members, Gantry Girder, Columns, Base Plate, and Foundation)
    • Tutorial Sheets
    • Tutorial - 01 : Calculation of Design Loads
    • Tutorial - 02 : Design of Tension Members
    • Tutorial - 03 : Design of Welded and Bolted Connections
    • Tutorial - 04 : Eccentric Welded and Bolted Connections
    • Tutorial - 05 : Analysis for Design Capacity of Compression Members
    • Tutorial - 06 : Design of a Roof Truss Members
    • Tutorial - 07 : Design of Columns, Lacings and Battens
    • Tutorial - 08 : Design of Column Splices and Bases
    • Tutorial - 09 : Plastic Analysis of Structures
    • Tutorial - 10 : Design of Beams for Bending, Shear and Torsional Buckling
    • Tutorial - 11 : Design of Beams for Bi-Axial Bending and Beam-Column
    Term Paper
    • Design of Plate Girder for Bridge
    Course Practical
    • Practical - 01 :Tension Test on a Mild Steel Bar
    • Practical - 02 : Bending Test on a Rolled Steel Beam Section
    • Practical - 03 : Unsymmetrical Bending Test on a Rolled Steel Beam Section
    Assessment
    • Grades of Students in 2014

  • Concrete Material and Design

  • Design Concepts in Civil Engineering

  • Introduction to Civil Engineering

Fall 2008 | Summer 2007 | Fall 2005
Lawrence Technological University, Southfield, Michigan, USA.


  • Finite Element Method

  • Structural Stability

  • Advanced Steel Design (New Course Developed)

Spring 2006
Lawrence Technological University, Southfield, Michigan, USA.


  • Steel Design

1999 and 2000
Government College of Engineering, Aurangabad, India.


  • Computer Methods in Structural Engineering