Syllabus

Introduction to Computer Applications in Civil Engineering [3 Hours]
Importance of software tools in civil engineering
Overview of commonly used software: MATLAB, ABAQUS, RS 2, REVIT and other civil engineering software
Basics of computational modelling and simulation

Programming and Computational Tools in Civil Engineering [3 Hours]
Basics of MATLAB/ PYTHON for civil engineering applications
Automation of calculations (structural analysis, traffic flow, material properties)
Data analysis and visualization for civil engineering problems

Finite Element Modelling and Analysis [6 Hours]
Basics of the Finite Element Method (FEM)
Introduction to ABAQUS/ANSYS for structural analysis
Static, dynamic, and buckling analysis of structures
Case study on FEM applications in civil engineering

Geotechnical Engineering Applications [6 Hours]
Slope stability analysis and foundation design (RocScience 2/Slide 2)

Pavement Engineering Applications [3 Hours]
Pavement analysis and design using software (RocScience 2/Slide 2)

Hydrology and Water Resources Engineering Software [3 Hours]
Introduction to HEC-RAS/ HEC-HMS
Simulation of precipitation-runoff process/ flood events

Building Information Modelling (BIM) in Civil Engineering [3 Hours]
Overview of BIM and its advantages
Introduction to Revit for architectural and structural modelling
Clash detection and coordination using Navisworks
BIM-based project management and collaboration

Construction Management and Planning Software [3 Hours]
Introduction to Primavera P6/ Microsoft Project
Scheduling, resource allocation, and cost estimation
Risk analysis and project monitoring techniques
Case study on project scheduling

Understand the Role of Computer Applications in Civil Engineering – Explore the importance of software tools for drafting, analysis, design, and project management in civil engineering.

Develop Proficiency in Structural and Geotechnical Analysis Software – Gain hands-on experience with any suitable software such as ABAQUS, and Rocscience for structural, transportation and geotechnical modelling

Apply Hydrological, BIM, and Project Management Tools – Utilize HEC-RAS/HEC-HMS, Revit, and Primavera P6 for water resource management, building information modelling, and construction planning.

Integrate Computational and Programming Tools for Civil Engineering Solutions – Use MATLAB for automating calculations, data analysis, and simulation of civil engineering problems.

Master Civil Engineering Software Tools – Demonstrate proficiency in using design software such as ABAQUS for practical engineering applications.

Conduct Structural and Geotechnical Modelling – Perform analysis and design of structures and geotechnical systems using industry-standard software tools, including geotechnical analysis using Rocscience and foundation design

Apply Hydrological / Water Resources Engineering Software – Use tools like HEC-RAS/ HEC-HMS to model hydraulic systems conduct river analysis/ hydrological modelling.

Implement Building Information Modeling (BIM) – Create and manage civil engineering projects using BIM software like Revit and Navisworks for architectural and structural modeling, as well as project collaboration.

Integrate Programming and Computational Tools – Apply MATLAB software to automate engineering calculations, analyze data, and solve real-world civil engineering problems.

Nam-Ho Kim, Bhavani V. Sankar, Introduction to Finite Element Analysis and Design, Wiley, 2nd Edition (2019)

R. K. Gupta, K. S. R. Anjaneyulu, M. G. F. L. Rashmi, Building Information Modeling: BIM in Current and Future Practice, Wiley-Blackwell, 1st Edition (2016)

Chris Hendrickson, Project Management for Construction, Prentice-Hall, 1st Edition (2000)

Ted Belytschko, William K. Liu, and Brian Moran, Civil Engineering Applications of Finite Element Analysis, Wiley-Interscience , Edition: 1st Edition