Biomedical Engineering

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Biomedical Engineering

Engineer

Diploma awarded

: Biomedical Engineering Diploma

Duration of studies

: 3 years

Coordinator

: Bounou Salim

Semester 1:

Physiology and Human Anatomy, Biomedical Instrumentation 1, Clinical Engineering, Modeling of Biological Systems and Simulation, Laser and Optical Fibers, Synthesis and Analysis of Electrical Networks, Automation & Robotics, Languages and Culture EUROMED 1.

Semester 2:

Electronic Instruments and Control Systems, Biomechanics, Prosthetics and Orthotics Tools, Resistance of Materials, Fluid Mechanics, Bioethics, Digital and Analogue Communication in Biomedicine, Languages and Culture EUROMED 2.

Semester 3:

Engineering of Microfluidic Devices, Biosensors and Measurements, Architecture and Civil Engineering of Hospitals, Microscopy and Bioimaging, Design of Biomedical Tools, Intellectual Property, Languages and Culture EUROMED 3.

Semester 4:

Bioelectric Systems, Biomedical Systems and Microsystems, Biomedical Imaging Systems, Biomedical Instrumentations 2, Spectroscopic Methods, Artificial Organs and Rehabilitation Engineering, Biometric Systems, Research Methodologies.

Semester 5:

NanoBiotechnology, Design of Electronic Circuits, Computer Systems in Biomedicine, Engineering and Management of the Hospital Sectors, Signal Processing and Systems, Computer-Aided Conceptualization 2, Project Management/Innovation Management/Entrepreneurship, Communication and Culture EUROMED 4

Semester 6:

End of studies' project

The Biomedical Engineering program is designed for students interested in applying the sciences and techniques of physics, mathematics, and engineering to problems in biology.
It prepares students for graduate studies in biomedical engineering and biological sciences in general, as well as for careers in biomaterial design, biomedical instrument design, medical device design (e.g. orthopedic prosthetic design, etc.) ) The biomedical engineering cycle will provide students with theoretical and technical knowledge, expertise and transferable skills in a rapidly expanding field;
economic and technological. The main objectives of this sector are:

Acquire in-depth knowledge (theoretical and practical) in biomedical engineering, and the sciences and technologies associated with it,
Practice through educational and research experiences within the laboratories and workshops of EUROMED University of Fez, to better understand the technical and managerial problems linked to the design and industrialization process in biomedical engineering.

BiomedTech engineering school

This program will allow students to:

apply knowledge of mathematics, science and engineering to design and conduct experiments, and to analyze and interpret data,
design a system, component or process to address problems related to realistic constraints,
integrate and function within multidisciplinary teams,
identify, formulate and solve engineering problems,
assume the values of professional responsibility and ethics,
communicate effectively,
understand biomedical engineering designs in a global, economic, environmental and societal context,
engage in continuous, lifelong self-study,
use modern techniques and tools necessary for the practice of biomedical engineering.
design and manage your own business in an innovative field of biomedical engineering.

Access to the Biomedical engineering cycle is reserved, after an entrance exam, for students:

preparatory classes in biomedical and biotechnological engineering,
preparatory classes for national engineering schools,
having a DEUG, DEUST and DUT in life sciences, mathematics/computer science, physics/chemistry, or equivalent.

Selection procedures:

Study of the file
Written exam
Interview

Educational prerequisites for access to the sector:
Validate Bac+2 or Bac+3 preferably with mentions

EI -BIOMEDTECH is equipped with practical work laboratories and research laboratories equipped with scientific and technical equipment of international standard in the biomedical and biotechnology fields.

Biomedical Engineer
The work of the biomedical engineer involves the application of technical concepts to solve everyday problems in the biological field.

Instrumentation Engineer
The job involves designing, testing and updating various medical instruments used for diagnosis and treatment.

Installation Engineer
The job involves installing high-end medical equipment (with a team of technicians) efficiently manufactured by the respective companies in healthcare facilities.

Teacher Researcher
The work of a researcher involves the defense of a Doctorate thesis and research and development to propose innovative solutions in the field.

Maintenance Engineer
This job involves rapid inspection and correction of wear and tear that various medical instruments may experience due to use over a period of time.

Why choose UEMF?

To realize your career and life project

UEMF, where high-level training, cultural diversity and stimulating student life converge

Placed under the High Honorary Presidency of HIS MAJESTY KING MOHAMMED VI , the UEMF is a public utility and non-profit foundation certified by the Union for the Mediterranean (UfM) with the support of its 43 countries members. The UEMF delivers training in three cycles (Bachelor's, Engineering, Master's and Doctorate) and its diplomas are recognized by the Moroccan State and several of its training courses are in double diploma with the best Euro-Mediterranean universities.