Learning Outcomes

Able to internalize academic values, norms, and ethics.

Able to demonstrate responsibility for work within their field of expertise independently.

Able to master engineering science theories, engineering design principles, and contemporary methods and techniques in port engineering and management, coastal engineering and management, offshore structure engineering, marine energy structure engineering, marine disaster management, and weather anomalies.

Able to apply contextual and contemporary interdisciplinary approaches to port engineering and management, coastal engineering and management, offshore structure engineering and management, marine energy structure engineering and management, marine disasters, and weather anomalies.

Able to master systems theory and contemporary mathematical optimization applications in port engineering and management, coastal engineering and management, offshore structure engineering, marine energy structure engineering, marine disasters, and weather anomalies.

Able to develop logical, critical, systematic, and creative thinking through scientific research and the creation of designs or works of art in science and technology, while considering and applying humanistic values relevant to their field of expertise. Able to formulate scientific concepts and research findings in accordance with scientific principles, procedures, and ethics in the form of a thesis or equivalent academic work, to be uploaded to the university's website, as well as a scientific paper published in an accredited scientific journal or accepted for publication in an international journal.

Able to make decisions in solving problems related to the advancement of science and technology while considering and applying humanistic values, based on analytical or experimental investigations of information and data.

Able to manage, develop, and maintain professional networks with colleagues, peers within institutions, and the broader research community.

Able to pursue continuous professional development and compete at national and international levels in port engineering and management, coastal engineering and management, offshore structure engineering, marine energy structure engineering, marine disasters, and weather anomalies.

Able to formulate new ideas and research questions derived from completed research to advance technologies in port engineering and management, coastal engineering and management, offshore structure engineering, marine energy structure engineering, marine disasters, and weather anomalies.

Able to innovate in solving engineering and technological problems related to port engineering and management, coastal engineering and management, offshore structure engineering, marine energy structure engineering, marine disasters, and weather anomalies. Such solutions should integrate knowledge from other disciplines while considering legal, political, economic, public health and safety, cultural, social, and environmental factors.