Programs essence
The Master of Science in Engineering, Major in Mechanical Engineering, is characterized by its academic focus and emphasis on advanced training in research.
It is aimed at developing skills in the use of computational tools, modeling of phenomena, system design and application of experimental methodologies, covering key areas such as solid mechanics, fluid mechanics, heat transfer and materials characterization.
Its objective is to promote scientific and technological development in the field of mechanical engineering.
Why choose us
Context: The Master's degree has policies, resources and quality assurance mechanisms that support development and are conducted through strategic guidelines, operational plans and resources of the Faculty of Engineering and the Department of Mechanical Engineering.
Academic staff: Productive and consolidated, as reflected in the high volume of international collaborations, scientific publications, granted patents and research projects.
Curricular flexibility: The curriculum structure ensures the acquisition of skills in generating innovative solutions and proposals for specific problems in Mechanical Engineering, the development and execution of scientific and technological research projects, and the evaluation and adaptation of new technologies; but with sufficient flexibility to support different training paths depending on the research lines of the Program and the specific objectives of each thesis.
Who is this program aimed at?
Applicants to the Program must hold a Bachelor's degree in Engineering Sciences or a Civil Engineer's degree in a specialty related to Mechanical Engineering, or an equivalent degree or training degree, which ensures satisfactory prior training for the Program's requirements.
Objectives
The general objective of the Master's program is to train graduates with the capacity for research and development in the field of Mechanical Engineering Sciences, based on the promotion of scientific-technological research, the development and implementation of experimentally verified computational tools, the modeling of phenomena and processes, the design and manufacture of systems, as well as the implementation of experimental methodologies.
Scientific and technological development
To prepare graduates who can participate creatively in scientific and technological development through research in engineering companies, laboratories or research centers.
Continuity of Doctoral Programs
Enable graduates to continue their studies in PhD programs in engineering sciences, contributing to the development of advanced human capital in the country.
Innovation and adaptation
Contribute to innovation, adaptation and improvement in the processes and technologies of mechanical engineering, through the training of graduates with experience in the execution of research projects.
RESEARCH AREAS
Graduation Profile
Generate innovative solutions and proposals to specific problems in Mechanical Engineering, contributing to the strengthening of research and technological development in the area.
Contribute to the development and execution of scientific and technological research projects, adapting and optimizing processes and technologies.
Evaluate and adapt new technologies in the area of mechanical engineering.
Connection with the environment
The University has more than 190 framework contracts with higher education institutions and international scientific research centers, which are available to the academics and students of the Master's degree.
At the national level, the Program has signed an important cooperation agreement with the Master of Science in Engineering, Mechanical Engineering Area, Catholic University of Chile, which allows the exchange of students for courses taught by the respective programs.
