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STRUCTURAL ENGINEERING |
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Civil Engineering Department
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Civil engineering primarily covers activities of engineering discipline from planning, designing and construction of buildings to development of water supplying structures. Civil engineering industry also encompasses areas like soil and rock mechanics, surveying, material science and environmental science.
Besides designing, planning or construction of buildings, some other major application fields of civil engineering industry are management of residential and commercial buildings, transportation system, fields regarding water supplying activities, and environmental fields, which is basically studied for the maintenance and enhancement of quality of life. Civil engineering specifically deals with the activities of designing and construction of structures like bridges, dams, harbors, canals, roads, tunnels, and water-supply systems, power plants, aircraft, water-treatment plants etc.
Civil engineering has the potential to build a strong economy and so more multinational companies and engineers are showing their interests to be involved with this industry. With the development of society and because of technological advancement, demands of civil engineering activities are also increasing.
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Programme Educational Objectives (PEOs)
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The educational objectives of the programme are designed to produce competent engineers who shall:
1. to apply fundamental technical knowledge and practice structural engineering proficiently for the benefits of industry and society.
2. able to analyze & design complex and real world engineering problem and implementation of sustainable technology for the benefits of industry and society.
3. to actively participate in research and development & to engage themselves in continue lifelong learning.
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Programme Outcomes (POs)
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The programme is aimed to developing competencies, skills, handiness and abilities amongst students. They shall be able to:
1. acquire in depth knowledge and analyze complex engineering problems critically, with variety of techniques related to structural engineering.
2. identify , define problems, gathering data related to structural engineering in reaching substantiated solutions to selecting and implementing the best alternative with an exposure to relevant codes.
3. analyze, design, detailing, estimation and costing of Structural components with high level of proficiency.
4. apply appropriate research methodologies, techniques and tools, conduct experiments, to meet , sustainable and environmental considerations.
5. use resources, and modern engineering tools, including prediction and modeling for solving complex Structural engineering.
6. function as a member of multidisciplinary environments to understand engineering management and finance principles to achieve economical and financial factors.
7. Communicate effectively and confidently with engineering community and with society at large, being able to comprehend and write effective reports and design documentation by adhering to appropriate standards, make effective presentations, give and receive clear instructions.
8. engage in life-long learning independently, with a high level of enthusiasm and commitment to improve knowledge for examine critically the outcomes of one’s actions to make corrective measures subsequently.
9. understand professionalism and intellectual integrity, ethics of research and scholarship, for sustainable development society as a whole.
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