The Cuban Biomedical Engineering program is at the forefront of melding engineering innovation with medical science, embodying a progressive, multidisciplinary approach to healthcare improvement. This vibrant field is dedicated to the study, research, and development of advanced biomedical technologies and systems. Its primary mission is to catalyze systematic enhancements in the well-being of living organisms, particularly focusing on human health, through the adept application of biomedical, exact, and technical sciences knowledge.

Central to the discipline’s mission is the creation and refinement of biomedical equipment, instruments, devices, and systems. This includes the development of sophisticated programming supports and the establishment of rigorous standards for usage and safety. Such advancements are pivotal in elevating the quality of health services and, by extension, the overall health landscape within Cuban society.

Through its commitment to integrating cutting-edge engineering solutions with critical healthcare challenges, the Cuban Biomedical Engineering program is instrumental in pioneering improvements that resonate throughout the health sector, ensuring a tangible impact on the lives of individuals and the broader community.


Biomedical Engineering


4 years

Non-Spanish speaking students

The program’s duration is 5 years. Total cost of the program, including the 1st year of preparatory and Spanish language program.  The Spanish preparatory program includes the following:

  • Accommodation in CubaHeal students’ residence for the 1st year of Spanish Pre-med
  • Transportation from and to school
Career Preparatory/ Spanish language PRICE (USD) 1st year PRICE (USD) 2nd year PRICE (USD) 3rd year PRICE (USD) 4th year Total program cost
Biomedical Engineering $14,140.00 $5,500.00 $6,325.00 $7,705.00 $8,280.00 $41,950.00 USD


Spanish speaking Student:

The program’s duration is 4.5 years. For Spanish speaking visitors interested in this program, kindly visit our sister company by clicking on the image below:

La duración del programa es de 4,5 años. Para los visitantes de habla hispana interesados en este programa, visite nuestra empresa hermana haciendo clic en la imagen a continuación:

Important Notices:

  1. All non-Spanish speaking students are required to enroll in a 1-year pre-med program intended to deepen students’ knowledge of the Spanish language related to Biomedical Sciences and also to train the students in the development of the teaching process.
  2. Upon submitting your application, it will be recorded in a database and is only valid for the academic year in which it was requested. Otherwise, if you do not attend in that period, you must make a new formal request.

The above prices include the following:

  • Enrollment
  • Right of attendance to all practical and theoretical teaching activities
  • Right to all the exams including the final state examination.
  • Marks certification.
  • Title duly legalized by the University of Medical Sciences where the student has attended studies at the end of the program.
  • Use of library services during the studies.
  • Access to sport and cultural areas of the University of Medical Sciences
  • Participation in its various manifestations and scientific advisory for research works.

The above prices do not include the following:

  • Accommodation for year 1st – 4th year of the engineering program
  • Meals
  • Learning materials
  • National or international transportation
  • Telephone services and/or internet services.
  • Books
  • Printing
  • Immigration procedures in Cuba
  • Change of migratory status
  • Identity document for year 1st – 4th year of engineering
  • Translations and legalization at the Ministry of Foreign Affairs or embassies
  • Health insurance or medical care
  • Paperwork and transfer of the deceased in case of death.



  • Work Objective 

The Cuban Biomedical Engineering program sets forth clear and ambitious work objectives for its graduates, focusing on the pivotal role of biomedical systems and technologies in the diagnosis and treatment of medical conditions. The essence of these objectives encompasses:


  • Development and Application of Diagnostic Technologies: Biomedical engineers are tasked with creating and implementing sophisticated electrical, electronic, and optical sensors and devices. These tools are designed for the precise acquisition, conditioning, and processing of biosignals and physiological variables, enabling the detailed monitoring and analysis of patient health data.
  • Clinical Sample Analysis: A critical objective involves the study of clinical samples to understand health conditions better and contribute to the development of diagnostic and therapeutic solutions. This includes the biochemical analysis of blood, tissue, and other samples to detect and monitor disease progression.
  • Medical Imaging Technologies: Biomedical engineers also focus on the advancement of technologies for the acquisition, processing, and transmission of medical images. This aspect of their work is crucial for non-invasively visualizing and analyzing the body’s internal anatomy and physiology, providing invaluable insights that support and enhance clinical diagnosis and therapy.
  • Supporting Clinical Diagnosis and Therapy: The overarching aim of these endeavors is to provide robust technological support to the healthcare sector. By developing and integrating these advanced diagnostic and therapeutic tools, biomedical engineers significantly contribute to improving patient care, treatment outcomes, and the overall efficiency of medical practices.


Through these work objectives, the Cuban Biomedical Engineering program ensures that its graduates are equipped to lead in the innovation and application of critical biomedical technologies, marking significant strides in the enhancement of healthcare services and the well-being of living beings.


  • Modes of Action

The Cuban Biomedical Engineering program emphasizes a comprehensive set of Modes of Action, designed to equip graduates with the expertise to significantly impact the healthcare sector through technological innovation. These modes of action are:


  • Technical Proficiency: Graduates are adept in the installation, operation, and maintenance of a wide array of biomedical equipment, instruments, and systems. This skill set ensures that healthcare facilities can rely on the continuous, efficient functioning of critical diagnostic and therapeutic technologies.
  • Technology Management: A crucial role of biomedical engineers is the effective management of medical technologies within health institutions. This includes overseeing the lifecycle of medical devices, from procurement and implementation to decommissioning, ensuring optimal utilization, compliance with health standards, and alignment with institutional goals.
  • Innovative Design: The program fosters creativity and innovation in the design of new biomedical equipment, sensors, instruments, devices, and biomaterials. Engineers are also involved in developing methodologies and regulations that guide the safe and effective use of biomedical technologies, enhancing patient care and medical research.
  • Software Development and System Management: A significant focus is placed on the development of specialized software and programming tools tailored to biomedical equipment and systems. This includes creating applications that improve the functionality and user experience of medical devices, as well as software solutions for the management and administration of hospital facilities and research activities related to biomedical technologies.


Through these Modes of Action, the Cuban Biomedical Engineering program prepares its graduates to be leaders in the field, capable of driving forward the development and implementation of cutting-edge medical technologies. This comprehensive approach ensures that engineers contribute not only to the advancement of healthcare services but also to the broader goals of improving patient outcomes and enhancing the efficiency of healthcare delivery.


  • Fields of Action

The Cuban Biomedical Engineering program is strategically designed to prepare professionals for impactful contributions across diverse Fields of Action within the healthcare and medical research sectors. These fields encapsulate the breadth and depth of the biomedical engineering discipline, enabling graduates to address a wide range of challenges and opportunities:


  • Biological Systems Modeling: This area focuses on the sophisticated modeling of biological systems, employing computational tools and mathematical theories to simulate biological processes. This critical work aids in understanding complex physiological mechanisms and contributes to the development of new diagnostic and therapeutic strategies.
  • Biomedical Instruments, Equipment, and Systems: Graduates are proficient in designing, developing, and applying advanced instruments, equipment, and systems for a variety of applications, including clinical diagnosis, therapy, sports medicine, and biomedical research. This expertise ensures that medical professionals have access to reliable, cutting-edge technology to enhance patient care and outcomes.
  • Clinical and Hospital Management and Administration: Beyond technical proficiency, the program emphasizes the importance of effective management and administration within clinical and hospital settings. Biomedical engineers equipped with these skills play a crucial role in optimizing healthcare delivery, resource allocation, and operational efficiency, ultimately improving the patient experience and healthcare outcomes.
  • Information Technologies in Biomedicine: This field addresses the growing need for information technology solutions in biomedicine, covering everything from electronic health records and telemedicine platforms to data analytics and machine learning applications in diagnostics and treatment planning. By integrating IT innovations into healthcare, biomedical engineers significantly contribute to the advancement of personalized medicine and the overall digital transformation of the health sector.


Through these Fields of Action, the Cuban Biomedical Engineering program ensures that its graduates are well-equipped to lead and innovate in the rapidly evolving landscape of healthcare technology. By fostering a deep understanding of both the technical and operational aspects of biomedical engineering, the program prepares professionals who are capable of making significant advancements in medical science and healthcare delivery.



Prior and upon the student’s arrival to the Republic of Cuba, CubaHeal Inc will be responsible for coordinating and concluding the following logistical issues:

Prior to the student’s arrival:

  1. Ensure adequate accommodation in or near the school.
  2. Keep constant line of communication with the university’s administration to confirm seat reservation.
  3. Arranging for airport pickup

Upon the Student’s Arrival:

  1. Airport pickup
  2. An orientation session to familiarize the student with:
  • CubaHeal team.
  • local transportation.
  • Other aspects relating to and city’s facilities as well as relevant immigration and legal laws that must be adhered to in the Republic of Cuba.
  1. Establishment of bank
  2. Stand as a permanent point of reference for the student should a need arises.
  3. Stand as a permanent point of reference to the student’s relatives overseas should the need arises.

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