Study in Civil Engineering
The Masters in Civil Engineering programme improves engineer knowledge, Skills and improves career Progression. Learning advanced knowledge in civil Engineering through the master’s program can learn design, analysis and management of civil infrastructure systems.
Advanced courses in civil Engineering
- Construction management
- Earthquake Engineering
- Renewable Energy
- Transportation Engineering
- Structural Engineering
- Sustainable Engineering
- Environmental Engineering
- Water Engineering
- Digital Technologies
- Infrastructure engineering
- Geotechnical Engineering
- Fire Engineering
The program aims to develop project management in the construction environment. the programs cover risk management, procurement and administration, planning, control techniques, Engineering cost, Equipment and Heavy construction methods.
From clean drinking water and air quality monitoring to pollution controls and sustainable development, environmental engineers are designing new ways to make life better for people around the globe while respecting our world’s natural resources.
Masters in Civil Engineering (Digital Technologies) programs adopt new technologies in construction like BIM and 5D planning, Innovation in Road Construction, Simulation and Optimization of the construction process and Construction supply chains and Digitization.
Masters in civil engineering (structural engineering) is all about analyzing, planning, designing, and overlooking large structures like bridges, tunnels, buildings, flyovers s etc. As part of the academic program, students learn the basic principles of structural analysis which involves examining the strength, stability and durability of structures.
Transportation Engineering is one of the civil engineering subjects, involved in Planning, design, operation & maintenance of safe and efficient transport systems. These systems include roadways, railways & intermodal operation systems.
Geotechnical Engineering is one of Civile Engineering subjects, which is known as Geotechnics; the Course Focuses on physical, Chemical and Mechanical Properties of Rocks and Soils. Field and Laboratory testing, Ground Testing, site Investigation, Engineering Geology analysis, Design and Construction of Foundations, retaining walls, Tunnels, and slopes, including ground Reinforcement and improvement methods.