KNOW THE WORKSHOPS
ADDITIVE MANUFACTURING OF 3D PRINTING TECHNOLOGIES FOCUSED ON THE MEDICINE SECTOR
Date: Thursday, September 27
Hour: 10-11 am
The workshop of Additive Manufacturing will provide the basic fundamentals of 3D printing technology, as well as applications in the medical industry, the manufacturing process, the design criteria and the management of the equipment.
Content (Services for the community)
- 3D Printing: Processes, FDM and Polyjet Systems, Printers, Applications.
- Laser Cutting: Process, Applications.
- 3D Scanner: Types, Applications.
Presenters
COURSE OF GENERATION OF ANATOMICAL MODELS BY TOMOGRAPHY FOR ITS PRINTING IN 3D
Date: Thursday, September 27
Hour: 10-12 am
In this course you will learn everything you need to generate anatomical models from computerized tomography, which will allow you to design a personalized prosthesis, print 3d anatomical models to a model for surgical planning.
It is aimed at all professionals and students who want to know about 3d printing in health.
Topics:
-Prints of 3d printing and anatomical models in medicine.
- Computerized tomography for all
-Image segmentation.
-Software open source for the manipulation of images.
- Practical cases workshop.
Presenters
INTRODUCTION TO THE ANALYSIS OF EEG DATA FOR COGNITIVE NEUROSCIENCE EXPERIMENTS
Date: Friday, September 28
Hour: 10-12 am
The workshop will provide a first approach to elementary concepts to analyze EEG data in the context of a basic or applied research in the area of cognitive neuroscience. Likewise, the EEGLAB tool will be presented as an alternative to EEG signal analysis, and the procedures required to condition the acquired signal will be explored: segmentation, filtering, among others. In addition, initial notions of the procedure to calculate event-related potentials (PRE) and event-related desynchronization (ERD-ERSP) will be provided.
Presenters
INTRODUCTION TO THE FORMATION OF ECOGRAPHIC IMAGES
Date: Friday, September 28
Hour: 10-12 am
This is a theoretical-practical workshop where attendees can learn the basics of ultrasound imaging, which are widely used in medical applications ranging from obstetric-gynecological examinations to the diagnosis of different types of cancer. The theoretical description includes topics such as:
(1) Acoustic wave equation
(2) Transducer Radiation and Array Theory
(3) Basics of beam focusing
(4) Advanced beam focusing techniques (adaptive beamforming, plane wave imaging).
The practical component consists in the acquisition of data using a research ultrasound system that allows direct access to the signals measured by the ultrasonic transducer. The assistants will use these data to build ultrasound using codes in Matlab language, which will allow to directly observe the effect of the different stages of the formation of the images and thus reinforce the concepts studied.
Presenters
