Duration
Discipline
Level
Affiliation
Last Updated
Semester – 1
Year | I | Part | I |
S.N. | Course Code | Course Title | Credit |
1 | CE 841 | Advanced structural analysis & design | 4 |
2 | CE 842 | Infrastructure policy and management | 4 |
3 | CE 843 | Advanced geotechnical engineering | 4 |
4 | CE 844 | Fundamental of water resources planning and management | 4 |
Semester – 2
Year | I | Part | II |
S.N. | Course Code | Course Title | Credit |
1 | CE 891 | Disaster risk, climate change and infrastructure | 4 |
2 | CE 892 | Organization behavior and project management | 4 |
3 | CE 893 | Elective I | 4 |
4 | CE 894 | Elective II | 4 |
Semester – 3
Year | II | Part | I |
S.N. | Course Code | Course Title | Credit |
1 | CE 941 | Project Work with Research Methodology | 4 |
2 | CE 942 | Elective III | 4 |
3 | CE 943 | Elective IV | 4 |
Semester – 4
Year | II | Part | II |
S.N. | Course Code | Course Title | Credit |
1 | CE 991 | Thesis Work | 16 |
Plan, design, and manage infrastructure projects
Apply engineering principles in transport, water, and energy systems
Use project management and sustainability practices
Analyze infrastructure systems using modern tools
Ensure safety, quality, and cost-effectiveness
Address urban development and environmental concerns
Conduct research in infrastructure innovation
Prepare for leadership roles in engineering and construction sectors
As the name implies, the goal of the Master of Science in Infrastructure Engineering and Management (MSIEM) program is to have a thorough grasp of the many civil engineering courses. The program's main goal is to provide students a stronger theoretical understanding that will help them solve real-world, challenging design and development issues in both academic and industrial settings. It also aims to help them seek greater academic success through research. Additionally, this curriculum aims to give students a variety of transferable abilities, which are perfect for a prosperous civil engineering job.