IBM3113 Interdisciplinary Seminar
Escuela | Ingeniería Biológica Y Médica |
Área | |
Categorías | |
Créditos | 0 |
Prerequisitos
Sin requisitos
Restricciones: ((Programa = Mag En Cs Ingenieria) o (Programa = Doct Cs Ingenieria) o (Programa = Mag Ingenieria) o (Programa = Doc Biologia Celular) o (Programa = Doct Cs Fisiologicas) o (Programa = Doct En Ecologia) o (Programa = Doct Genet Y Microb) o (Programa = Doct Ciencias Medica) o (Programa = Doct Neurociencias) o (Programa = Mg Inge Bio y Med) o (Programa = Dct Inge Bio y Med))
Calificaciones
Este ramo no ha sido calificado.
COURSE : INTERDISCIPLINARY SEMINAR
TRANSLATION : SEMINARIO INTERDISCIPLINARIO
COURSE CODE : IBM3113
CREDITS : 0 UC/ 0 SCT
MODULES : 02
PREREQUISITE COURSES : Sin requisitos
CONNECTOR : O
RESTRICTIONS : Postgraduate Level Curriculum 040201 o 040301 o 040401 o 140601 o 148101 o 120401 o 120501 o 1200601 o 120801 o 180001 o 181001
CHARACTER : Minimum
TYPE : Workshop
QUALIFICATION : Standard
PROFESSOR : Academicos de la UA #18
DISCIPLINE : Engineering, Biology and Medicine
I.DESCRIPTION
This course provides a forum for postgraduate students of the Institute for Biological and Medical Engineering. They can participate in presentations by researchers, teachers and other peers in such a way to instill a culture of discussion and critical thinking from the scientific point of view. A series of seminars will be held which will include the presentation of students, faculty and special guests. The purpose of this course is to raise awareness about contingent problems and how science related to the interface of Biology, Medicine and Engineering can address them. Moreover, this course will provide students with the tools to write scientific summaries with a clear, organized and motivating structure. As well as tools for creating clear and consistent oral presentations taking into account structure, organization and content.
II.OBJECTIVES
General:
?Develop the capacity of scientific criticism and to propose and defend relevant research topics and train specialists with skills in critical, synthetic and purposeful analysis, capable of developing research and innovation in their field and level of competence.
Specific:
?Critically appraise published literature in the interface of engineering, biology and medicine
?Appraise the latest advances in scientific scholarship and the needs of the community in relevant research areas related to engineering, biology and medicine.
?Present the above appraisals effectively, in the form of oral presentations and a written review.
?Review published work and present findings in a written report and oral presentation.
?Integrate aspects related to the interface of engineering, biology and medicine and current problems.
?Increase awareness of important topics in the interface of engineering, biology and medicine.
?Develop oral and written communication skills.
?Write scientific summaries with a clear, organized and motivating structure.
?Create clear and consistent oral presentations taking into account structure, organization and content.
?Encourage scientific discussion and critical thinking.
III.CONTENT
1.The theme of the presentations will be delivered in a timely manner. For each of these presentations the student should come prepared to discuss the work during the respective presentation.
2.Basic elements for the presentation of works.
3.Exhibition in front of the professors of a bibliographical work, or advance of thesis, previously assigned at the beginning of the semester.
4.Talks of invited professors.
5.Talks of professors of the Institute for Biological and Medical Engineering.
6.In the course there will be 4 workshops:
6.1. How to Write Scientific Summaries
6.2. What it is and how to do an Elevator Pitch
6.3. How to prepare oral presentations
6.4. Intellectual property and patenting
IV. METHODOLOGY
?Lectures
?Case studies
?Development and presentations of application project (s)
V. EVALUATION
1.Abstract 40%:
a.Analysis of seminars abstracts 15%
b.Analysis of your own/peers abstracts 10%
c.Final 15 %
2.Oral Presentation 30%:
a.Analysis of your own and peer presentations 15%
b.Final presentation 15%
3.Elevator Pitch 5%
4.Tasks 10%
5.Class participation (scientific discussion and critical analysis) 15%
VI. BIBLIOGRAPHY
Required:
?Alley, M. (2003) The Craft of Scientific Presentations: Critical Steps to Succeed and Critical Errors to Avoid, Springer New York: NY.
?Dumont, J-L. (2009) Trees, maps, and theorems: effective communication for rational minds, Principi?: Kraainem.
?WIPO Intellectual Property Handbook: Policy, Law and Use: http://www.wipo.int/about-ip/en/iprm/.
?Relevant material handed out in class .
Complementary:
?The literature will be defined in accordance with the topics.
Secciones
Sección 1 | Andrea Ravasio |