Area
Engineering and Technology
Sub-Discipline
Civil Engineering

Pontifical Catholic University of Chile
- City: Santiago,
- Commune: Santiago,
- Region: Metropolitan Region
goals
OBJECTIVES: To provide professionals with experience as structural designers with a solid and up-to-date knowledge base that will enable them to become professionals of excellence in the various areas of the discipline, such as: Structural Dynamics, Seismic Isolation Systems and Energy Dissipation, New Computational Methods for Analysis and Design, Rock Mechanics, Tunnels and Dams, Technological Innovation at the Design-Construction Interface, and New Construction Systems and Materials. The specific objectives of the Program are as follows: To broaden the student's professional perspective by providing cutting-edge knowledge in the various disciplines of the MIEG (Master in Engineering and Geriatrics). To develop skills for a comprehensive understanding of structural behavior, both static and dynamic, and thus implement modern design procedures and new methods in their companies. To learn about and understand the computational tools currently available for structural analysis and design. To train students to solve complex problems and their interaction with different construction methods and processes, for example: Preparation of reports on specific topics, technical bibliographic discussions. To develop skills for self-learning and continuous improvement. To develop the capacity for continuous innovation in professional work. To review professional and personal goals in light of the new knowledge and experiences gained through this program.
Applicant Profile
The MasterIEG program is primarily designed for engineers and professionals with at least two years of work experience in structural or geotechnical engineering, or in related fields such as infrastructure development, construction, and architecture. APPLICATION REQUIREMENTS: The requirements to apply to the MasterIEG program are: 1. Hold one of the following academic degrees or university professional titles: a. Bachelor of Science in Engineering. b. Another academic degree or university professional title in Engineering or a related Engineering discipline, at least equivalent to the level required to obtain a Bachelor's degree. 2. Have submitted the application documents detailed in the Postgraduate Program Operating Regulations for the corresponding degree; 3. Demonstrate at least two years of work experience in professional projects related to the Program.
Graduate profile
In the field of Structural and Geotechnical Engineering, graduates will be able to: – Address civil engineering design problems using modern analytical tools, encompassing both static and dynamic aspects. – Model and design complex civil engineering projects, particularly from a seismic resistance perspective. – Propose innovative solutions in areas such as seismic protection of structures, geotechnical stability, and new uses of existing materials. These skills will enable them to perform competently in public and private companies and institutions.
Lines of investigation
1. Structural Engineering: applied and computational mechanics, structural dynamics, structural design, and seismic engineering. 2. Geotechnical Engineering: seismic geotechnical engineering, geomaterial characterization and modeling.
