Masters Degrees in Civil Engineering would produce highly competitive researchers and professionals in the fields of civil engineering capable to taking challenges involved in designing, implementing and maintaining vital infrastructure, from everyday tunnels, bridges and railways to flood barriers and earthquake protection systems. The students will be given a stimulating teaching environment which blends conventional lectures and tutorials with online materials. The curriculum would include supportive programs with industry and other academic institutions, including new developments, current implementation status and prospects of future expansion. The program would impart and enhance capability and capacity to develop a healthy body and mind to become a disciplined individual, disciplined manager, and disciplined leader.
For successful completion of Masters degree in LUC, each candidate should publish minimum of Two research articles in Scopus indexed journals, with Lincoln affiliation.
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Programme Aim
The aim of this program is to produce graduates who are both skilled in structural engineering principles and have the ability to apply and solve complex open-ended engineering works and problems. The program of Master of Science in Civil Engineering will produce Civil Engineers who are:
- Knowledgeable to apply practical skills to face the challenges and opportunities of the rapidly evolving civil engineering field.
- Capable of demonstrating individual, professional, and social responsibility through value and attitudes.
- Able to organize and relate ideas coherently in written, oral, and graphic form using standard conventions and tools and synthesize information and draw reasoned inferences in the field of civil engineering.
- Proficient with information management skills to pursue advanced educational opportunities, along with the development of life-long learning skills for enquiry-based learning.
Career Opportunities
- Building control surveyor
- Consulting civil engineer
- Contracting civil engineer
- Nuclear engineer
- Site engineer
- Structural engineer
- Water engineer
- Building services engineer
- Engineering geologist
- Environmental consultant
- Patent attorney
- Quantity surveyor
- Sustainability consultant
Intake
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Entry Requirements
A degree from the relevant field.
Module line up
- Advanced Theory of Concrete Structures
- Structural Dynamics
- Advanced Steel Structures
- Advanced Soil Mechanics
- Research Methodology
- Design Of Substructures
- Earthquake Geo-technical Engineering
- Energy Conservation techniques in build Construction
- Construction methods and Equipment
- Advanced Construction Techniques
- Pre-Stressed Concrete
- Principles of Environmental Management
- Railway engineering
- Design of Pavements
- Geometric design of highways
- Highway and Airport Pavement Materials
- Industrial Pollution control and Prevention Technologies
- Structural Stability
- Project Management
- Soil Exploration
- Soil Structure Interaction
- Environmental Geo-techniques
- Design of Hydraulic Systems
- Advanced Fluid Mechanics
- Hydro power Engineering
- Water Quality Modelling
- Wastewater treatment
- Water and Waste water Engineering
- Research Project