Understand fundamental principles of engineering science relevant to civil engineering disciplinesĪcquire an ability to conduct experiments, analyze and interpret results, and appreciate the importance of experimental data in establishing empirical relationships and parameters for analysis and designĪcquire an ability to apply modern engineering and IT tools effectively and efficiently for engineering analysis, design and communicationĭevelop an ability to identify and formulate civil engineering problems, and propose feasible solutions with an appreciation of their underlying assumptions, uncertainties, constraints, and technical limitationsĭevelop technical competency to design civil engineering components and systems, with an understanding of the principles behind the design methodologiesĭevelop an appreciation of the breadth of civil engineering, and acquire basic knowledge in several disciplines to enable effective performance within a multidisciplinary work environment Train students with good communication skills so they can work effectively in large projects involving different parties and professions.Ĭhallenge students with research-type and open-ended design problems to stimulate self-learning and innovative problem solving skills.Įxpose students to real world engineering projects as well as cutting edge research to improve their understanding of the profession and technological advancements that can improve current practice.Īcquire fundamental knowledge in mathematics and science on which civil engineering research and practice are based
#BACHELOR OF CIVIL ENGINEERING PROFESSIONAL#
Provide students with professional skills in the design, construction and management of the civil infrastructure, as well as an awareness of environmental sustainability.
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