Courses corresponding to the profiles from: Biomedical Engineering, Mechanical Engineering or Industrial Engineering

By the end of the course, students would be able to: - Understand medical image analysis techniques and their applications to the 3D modeling of anatomical structures. - Know the positioning and registering systems for medical imaging. - Apply data analysis methods to medical imaging studies to obtain 3D models as well as the necessary quantitative measurements for the evaluation, diagnosis and medical treatment. - Analyze medical images and to generate personalized models from the classical diagnostic models

1.- Medical imaging modalities: radiography, computed tomography, magnetic resonance imaging, nuclear medicine, ultrasound, and their clinical applications. 2.- Medical image analysis: resolution, contrast, filtering, geometric transformations, 3.- Advanced medical image analysis: segmentation, registration, machine learning, shape estadistical models. 4.- 3D modeling of anatomical structures, volumetric reconstructions.

Theory and theoretical-practical classes with exercises will be given to the students in the classroom, where the teacher will expose the majority of the subject's content. Student participation in classes will be encouraged through quizzes, assessments and presentations. Practical sessions and individual or group assessments will be carried out in the classroom or in the laboratory spaces from the biomedical engineering department. Partial exams will be carried throughout the academic term as part of the continued evaluation. Through Aula Global (AG), students will be informed of the specific scheduling of tutoring in order to solve potential doubts and concerns of the students regarding the content being presented in classes.