The doctoral degree in Civil Engineering is designed to peruse the tradition of academic excellence in the field of construction, designing, quality assurance, maintenance and environmental safety. The degree encompasses development of in-depth understanding of fundamentals and their applications for innovation in the chosen field of research.
Ph.D (Civil Engineering) is a four to five year course which emphasizes construction, designing, and maintaining essential structures like bridges, roads, and sewage systems. Top colleges in India offer PhD in civil engineering, allowing students to choose a specialization for their research, such as Structural Engineering, Geotechnical Engineering, Geo informatics, water resources engineering, Transportation Sector or Environmental Engineering.
To apply, one must have a Master’s degree in civil oral lied branches. Moreover, students need to qualify the entrance exams to initiate. Tuition fees may vary from institution to institution. This degree leads to ample career opportunities in research and innovation. A PhD/Doctoral degree in civil engineering is the future of development that can generate enormous scope.
If you are interested in pursuing this course, keep reading this blog to learn how to apply.
Eligibility for PhD in Civil Engineering
Candidates must fulfill the following criteria to be eligible for the course-
- Master’s Degree: Applicants must have a master’s degree with at least 55% score.
Selection Process
Universities like MMDU follow a reliable selection process.
- Entrance Test: Eligible candidates must pass the entrance examination. There are exemptions for those with valid scores in GATE, UGC-NET, and more.
- Interview: Selected candidates are called for an interview with 30% weightage, while the test has 70% weightage.
- Final Selection: Candidates passing both stages receive provisional admission.
They get admission confirmation after coursework with at least 55% score.
Critical Areas in Civil Engineering
Have a look-
- Foundation Engineering
- Interference of footings and anchors
- Bearing capacity of soils forfoundations
- Seismic earth pressures
- Soil Reinforcement and Geosynthetics
- Sustainable use of
coirfibers - Making and testing of geosynthetic-reinforced materials
- Environmental Engineering
- Water distribution networks
- Treatment ofGroundwater
- Re-usetreated water
- ● Solid waste management
- Earthquake Engineering
- Modeling earthquake sources
- Seismic site characterization
- Structural vibration analysis
- Water Resources Management
- Remote sensing for irrigation
- Optimization of water resource systems
- Structured irrigation systems
- Rain Water Harvesting
- Mechanics of Materials
- Fiber-reinforced concrete
- Concrete repair techniques
- Creep and shrinkage studies in concrete
- Geopolymer Concrete
PhD holders in Civil Engineering have enormous career opportunities which include, but not limited to field work in construction, infrastructure, R&D centers, highways andrailways, etc. Job roles include Building Control Surveyor, Geotechnical Engineer, urban designer,town planner, structural design, consultant, project manager and manymore.
Research Specializations
Students can specialize in:
- Construction Engineering and Management
- Environmental and Water Resources Engineering
- Geotechnical and Geo environmental Engineering
- Structural Engineering and Materials
- Transportation Engineering
Students needing more exposure in their chosen specialization may require choose additional courses. An advisor will guide them through the process.
Summing Up!
Civil engineering’s primary goals are the planning, creating, and maintaining natural and physical infrastructure. This covers both major infrastructure projects like highways and train networks, dams, bridges and minor ones like residential complexes. A Ph.D. in civil engineering is an excellent option for continuing your education, and conducting research in this area is a PhD in civil engineering.
