Head teacher : Salam Labidi

E-mail : n.telmoudi@fst.rnu.tn

Formation’s goal

• Develop embedded software applications on microcontrollers, for the processing of medical data.
• Analyze the interactions between the different parts of an industrial system and thereby give the constraints that apply to it.
• Design and develop decision support systems that can be used in a clinical setting
• Develop, install and maintain telemedicine networks, for the secure transfer of data in hospitals and clinics.
• Develop and control communicating applications via embedded networks (CAN, LIN, Flexray …).
• Develop embedded applications using a real-time or non-real-time operating system (embedded Linux, RT-Linux).

Opportunities

Holders of this professional master will be able to occupy a position of specialized executive in the biomedical industry, medical imaging centers, maintenance companies and quality control of biomedical materials, hospitals, research laboratories, hospital establishments etc …

Conditions of admission

Bachelor’s degree in Electronic Systems, Biomedical Engineering, Electronics, Computer Science or equivalent licenses

Training Perspectives

It is a professional master’s degree whose first objective is to professionalise in order to better integrate graduates into the job market. Upon completion of their SEEEM Master’s degree, students will have the necessary skills to take specialized training in applied electronics and medical technologies.

Study plan

Head teacher : …

E-mail:

Phone contact :

Internal station :

Formation’s goal

• Define maintenance plans for biomedical equipment in an establishment.
• Plan quality control tasks and medical equipment.
• Design a circuit starting from its: conception, modeling, simulation until its production on a circuit FPGA or others. This circuit can be used in a biomedical or other context.
• Offer solutions for installed systems facing electromagnetic disturbances.

Opportunities

Holders of this professional master will be able to occupy a position of specialized executive in the biomedical industry, medical imaging centers, maintenance companies and quality control of biomedical materials, hospitals, research laboratories, hospital establishments etc …

Conditions of admission

Bachelor’s degree in Electronic Systems, Biomedical Engineering, Electronics, Computer Science or equivalent licenses

Training Perspectives

Bachelor’s degree in Electronic Systems, Biomedical Engineering, Electronics, Computer Science or equivalent licenses.

Study plan