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1 |
They acquire advanced theoretical and practical knowledge in the field of civil engineering and effectively use this knowledge to solve real-world problems.
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2 |
It effectively uses interdisciplinary knowledge and approaches in solving engineering problems.
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3 |
It effectively uses current engineering technologies, computational methods, and numerical analysis tools.
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4 |
It integrates emerging information technologies, artificial intelligence, big data, building information modeling, and similar innovative approaches into engineering applications as part of digital transformation.
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5 |
By continuously following scientific and technological developments, they improve their professional knowledge and skills in line with the concept of lifelong learning.
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6 |
It evaluates national and international standards, technical specifications, and legal regulations and applies them effectively in engineering applications.
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7 |
It evaluates quality, safety, sustainability, and environmental impacts in engineering applications using a holistic approach.
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8 |
Efficient use of resources, economic analysis, and risk assessment principles are taken into account when making engineering decisions.
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9 |
It effectively manages the planning, execution, monitoring, and evaluation processes of complex engineering projects.
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10 |
It uses analytical thinking, critical evaluation, and scientific decision-making skills in problems involving uncertainty.
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11 |
They take an active role in individual and interdisciplinary teams; they utilize leadership, coordination, and collaboration skills.
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12 |
It contributes to the advancement of the profession by developing innovative, sustainable, and socially beneficial solutions in scientific research and engineering applications.
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13 |
It effectively implements construction, tendering, and contracting processes.
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44 |
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45 |
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Yıldızların sayısı 1’den (en az) 5’e (en fazla) kadar katkı seviyesini ifade eder |