Digital applications for the medical sector – life sciences 4.0

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SUPERIOR TECHNICIAN FOR THE PRODUCTION OF DIAGNOSTIC, THERAPEUTIC AND REHABILITATION EQUIPMENT AND DEVICES – DESIGN, PRODUCTION, AND AUTOMATION OF BIOMEDICAL DEVICES – MEDICAL MECHATRONICS 4.0 MECHANICAL AND SYSTEM DEVICES

WHERE HE WORKS

The course trains a professional figure capable of fitting into all those companies that deal with the development of applications for the management of devices and IT infrastructures in the biotechnological and biomedical fields. Our technicians work in the medical IT consultancy sector and in companies that develop digital applications in the healthcare sector and suites for the management of both public and private hospital technologies, as well as in the management of digitalisation processes in companies in the life science sector.

WHAT DOES HE DO

It deals with feasibility analysis, development, testing and maintenance of digital tools and applications in the biomedical and biotechnological fields. Develops IoT and Machine Learning platforms in the healthcare sector, creates telemedicine and teleassistance systems to support clinical practice. It intervenes in the management of the maintenance of information systems, in the integration of IT systems of companies in the life science sector. It carries out testing, technical assistance, maintenance and monitoring of the applications released, collaborating in their marketing.

You will study basic sciences and technologies for the biomedical sector
  • Elements of physics and chemistry
  • General biology
  • Human physiology and anatomy
  • Mechanics, electronics, and electrical engineering for electro-medical equipment
  • IT and Telecommunications

An overview of the technical-scientific knowledge essential for working with medical devices.

You will become an expert in biomedical informatics and digital services in the life sciences field
  • Operating systems and databases
  • Management and maintenance of computer networks
  • Cloud computing
  • Artificial Intelligence and Machine Learning (Phyton and TensorFlow)
  • IoT solutions
  • Development of 4.0 applications for Connected Care
  • Augmented reality
  • 3D modelling and printing for Life Sciences
  • Medical informatics standards (DICOM, HL7, and IHE INITIATIVE)
  • Cybersecurity in the healthcare sector
  • Organization of healthcare and clinical engineering services
  • Regulatory and standards of medical devices
  • Protection of intellectual property
  • Taxonomy and testing of biomedical equipment and devices

You will specialize in the development of digital 4.0 applications in the field of New Technologies of Life

You will learn to work safely, effectively and with an international perspective
  • English (B2)
  • Design Thinking and Project Management
  • Business Planning and Business Modelling
  • Marketing
  • Soft Skills for industry 4.0
  • Active job search
  • Job security

You will acquire the transversal skills necessary to enter and grow in the world of work.

Characteristics of the course

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