Program Aim
Program Educational Objectives |
1. Equip students with advanced scientific and engineering foundations in structural material technologies, enabling them to solve complex problems in professional or research contexts. 2. Develop graduates’ capabilities to conduct innovative applied research aligned with scientific and technological advancements in the construction field. 3. Empower graduates to utilize advanced testing, analytical, and modeling techniques to evaluate and enhance material performance. 4.Prepare highly competent professionals for careers in academia, research institutions, or design and construction firms. 5. Promote commitment to professional ethics, teamwork, and innovation in addressing construction challenges. |
(Student Learning Outcomes
Upon successful completion of the program, the student will be able to:
1. Apply advanced theories in material mechanics and performance testing to solve sophisticated engineering problems.
2. Design and conduct advanced laboratory experiments and analyze data accurately to assess material properties.
3. Develop innovative research-based solutions addressing performance and sustainability challenges in construction materials.
4. Utilize modern tools and numerical modeling techniques to interpret material behavior under complex conditions.
5. Communicate research findings effectively through professional academic and technical presentations.
6. Demonstrate a thorough understanding of ethical, legal, and professional responsibilities in material usage.
7. Collaborate efficiently in multidisciplinary teams within professional or research environments.
8. Engage in lifelong learning and keep up with technological and scientific advancements.