Inter-University Master's Degree in Computational Fluid Dynamics - 8th edition
Academic information
Online teaching organisation
Teaching is delivered online through synchronous sessions, structured learning materials and continuous monitoring by teaching staff and the personal academic tutor (see further details on the study methodology).
The methodology combines:
- progressive conceptual development,
- problem solving,
- guided simulation activities,
- analysis and interpretation of results,
- integrated application in the Master's Final Project.
Evaluation
The master's programme is delivered virtually; however, exams are held in person at UNIR's fixed examination centres across Spain and the Americas.
Course lecturers assess students through a system combining continuous assessment (40%) and final examinations (60%), which may be taken online or in person at the end of each semester.
For proper participation in the programme, students must have a computer capable of running numerical simulation applications and handling moderate data volumes efficiently. If exams are taken in person, the use of a personal laptop is mandatory.
Master's degree final project
The Master's Final Project is the main space for integrating the knowledge acquired. Each student develops an applied project related to a real CFD problem, including physical problem formulation, model selection, simulation setup, validation, results analysis and technical discussion.
One call: June and July.
Guide to the Master’s Thesis subject of the School of Chemical Engineering.
Access to the Master's degree final project repository.
