- Bachelor's Degree in
- Biomedical Engineering
- Degree to be obtained
- Bachelor's Degree in Biomedical Engineering
- Academic degree
- Bachelor's Degree
- Duration
- 5 years
- Modality
- In-person
- Schedule:
- Daily Morning
- Career description
-
Biomedical engineering is a multidisciplinary branch that applies the principles of electronic engineering, computer science and systems development and engineering design concepts to the field of medicine. It ranges from medical equipment to the development of algorithms for better disease detection. A biomedical engineering professional assists in the development of a better understanding of the physiology and structure of the human body to support clinicians' knowledge of disease prevention, diagnosis and treatment.
- What will you learn during the program?
-
Use engineering knowledge of medical problems with the goal of designing, developing, testing and maintaining equipment used by medical professionals.
Gallery
AdmissionProfile
- Possess a general knowledge of the field of Biomedical Engineering and have an inclination towards it.
- The aspiring biomedical engineer should be a person with knowledge and skills in the physical, chemical and mathematical sciences and life sciences, such as biology.
- He/she should possess the skills and knowledge to communicate orally and in writing in a satisfactory manner.
- General knowledge of national and international social issues is required.
- Must possess sensitivity, creativity and social commitment.
Graduate'sProfile
- Solves problems in the life sciences using engineering procedures.
- Participates in research groups in which you can research, develop and apply products in the area of bioinformatics, image processing, genomics and proteomics and rehabilitation engineering.
- Develops, applies, maintains, repairs and manages biomedical technologies in industry, the health system and research centres.
- Exercises the profession under the principles and values of ethics, good professional practice, responsibility, solidarity and honesty.
- Develops a professional practice that operates on the basis of logical, formal and categorical thinking.
- Possesses a capacity for self-control.
- Is a valid interlocutor between biomedical technology and the health team.
- Investigates accidents and damage related to biomedical instrumentation in the hospital or industrial risk areas and promote continuous improvement processes.
Career Opportunities
Analysis, design and development of biomedical systems.
Operation and implementation of biomedical technology in industry, the health system and research centres.
Curriculum
| 1° Ciclo | ALGEBRA SUPERIOR | BIOLOGIA CELULAR Y MOLECULAR HUMANA I | DESARROLLO HUMANO Y PROFESIONAL | GEOMETRIA PLANA Y DEL ESPACIO | INTRODUCCION A LA INGENIERIA BIOMEDICA | QUIMICA INORGANICA |
|---|---|---|---|---|---|---|
| 2° Ciclo | ALGEBRA LINEAL I | BIOLOGIA CELULAR Y MOLECULAR HUMANA II | CALCULO I | DIBUJO ASISTIDO POR COMPUTADORA | PROGRAMACION PARA LA CIENCIA Y LA INGENIERIA | QUIMICA ORGANICA |
| 3° Ciclo | ANATOMIA | BIOESTADISTICA | BIOQUIMICA I | CALCULO II | FISICA I | HISTOLOGIA |
| 4° Ciclo | BIOQUIMICA II | CALCULO VECTORIAL Y MULTIVARIABLE | ECUACIONES DIFERENCIALES ORDINARIAS | FISICA II | FISIOLOGIA | PROGRAMACION APLICADA A LA INGENIERIA BIOMEDICA |
| 5° Ciclo | ANÁLISIS DE VARIABLE COMPLEJA | CIENCIA Y TECNOLOGIA DE LOS MATERIALES | ECUACIONES DIFERENCIALES PARCIALES | ESTADÍSTICA INFERENCIAL | FISICA III | MECANICA DE CUERPOS RIGIDOS |
| 6° Ciclo | CIRCUITOS ELECTRICOS | FISICA MEDICA APLICADA | METODOLOGIA DE LA INVESTIGACIÓN EN INGENIERIA | SEÑALES Y SISTEMAS | TECNOLOGIA MEDICA | TEORIA ELECTROMAGNETICA |
| 7° Ciclo | BIOTECNOLOGIA | ELECTRONICA ANALOGICA | ELECTRONICA DIGITAL | INSTRUMENTACION BIOMEDICA | MECANICA DE FLUIDOS | SISTEMAS DE CONTROL |
| 8° Ciclo | MICRO Y NANOBIOTECNOLOGIA | MICROPROCESADORES Y MICROCONTROLADORES | MODELACION Y SIMULACION APLICADA A LA BIOMEDICA | SENSORES Y ACTUADORES PARA LA BIOMEDICA | SISTEMAS BIOMEDICOS Y ELECTROMECANICOS | TÉCNICAS DE IMAGEN EN BIOMEDICA |
| 9° Ciclo | BIOETICA MEDICA Y CALIDAD | DISPOSITIVOS DE OBTENCION DE IMAGENES | INSTRUMENTACION BIOMEDICA APLICADA | LEGISLACION APLICADA A LA BIOMEDICA | SISTEMAS DE BIOTRANSPORTE | TRATAMIENTO DIGITAL DE SEÑALES |
| 10° Ciclo | ADMINISTRACIÓN HOSPITALARIA | BIOMECANICA Y BIORROBOTICA | DISEÑO DE PROTOTIPOS | DISEÑO DE SISTEMAS BIOMECATRONICOS | EMPRENDIMIENTO, INNOVACION Y PROYECTOS | SISTEMAS INTELIGENTES |