Biomedical engineering is the application of engineering principles and techniques to medicine and biology. It combines engineering expertise with medical sciences to improve healthcare diagnosis, monitoring and therapy. Some key areas of biomedical engineering include biomechanics, clinical engineering, rehabilitation engineering, physiological systems, biomaterials research and bioinstrumentation. Studying biomedical engineering allows one to combine their interests in both medicine and engineering in order to advance healthcare technologies and help improve patient care.

1. BIOMEDICAL
ENGINEERING
Diana Sofia Clavijo
Calderon
Isabella Lopez Lora

2. what is it?
Biomedical engineering is the
application of engineering in the
field of health

3. Engineer Jorge
Reynolds
Pombo

4. WHO IS HE
1958
Departament of Research in
Electronics and Nanotechnology

5. professional profile

6. Specialties of biomedical engineering
BIOMECHANICS
CLINICAL
ENGINEERING
ENGINEERING FOR
REHABILITATION
PHYSIOLOGICAL
SYSTEMS
RESEARCH OF
BIOMATERIALS
BIOINSTRUMENTATION

7. English in biomedical engineer

8. Why we want to study biomedical engineering
● for me, the biomedical engineering is the
perfect combination between medicine and
engineering, and I personally really like
everything that is done with these two
areas
● personal biomedical engineering is a
perfect career because in this you have a
mixture of all in one without leaving aside
the humanistic part