The future of technology at the service of medicine
This discipline combines medical, scientific and technological knowledge to create solutions that not only optimize processes, but also improve the quality of life of millions of people around the world. From surgical robots to mobile applications that monitor our daily health.
But how have we progressed? And more importantly, where will this path take us in the coming years?
What is healthcare engineering?
Healthcare engineering is a booming field that combines technology, medicine and research to develop innovative healthcare solutions. From the creation of high-precision prostheses to the design of advanced medical devices, this discipline plays a key role in improving people's quality of life.
Where is the sector now?
According to WHO and OECD data, investment in healthcare technology has grown by 8% per year over the last decade. Artificial intelligence and Big Data are revolutionizing early diagnosis and treatment personalization.
In addition, 3D printing in medicine has opened up new possibilities, from the creation of anatomical models to the manufacture of artificial organs. Telemedicine and wearable devices have also gained relevance, facilitating the monitoring of the patient's condition.
Today, the integration of these technologies not only improves diagnostic accuracy, but also facilitates access to medical services for remote and vulnerable communities. This steady growth demonstrates that we are facing a silent but powerful revolution that will forever change the way we understand medicine.
Where are we headed? Trends and news
The industry is moving forward with constant innovation. Researchers have developed an artificial pancreas with smart sensors for diabetes management, while technology giants such as Google and Microsoft are investing in artificial intelligence for the early detection of diseases. In addition, advances in tissue regeneration with 3D bioprinting are opening the door to donor-free transplants, a revolutionary milestone in regenerative medicine.
One of the most impactful developments is the launch of Microsoft Health Bot, an artificial intelligence-based platform designed to automate basic medical consultations. This system enables hospitals and healthcare organizations to handle frequently asked patient questions efficiently, freeing up valuable time for medical professionals to focus on more complex cases.
This advance not only improves the patient experience, but also reduces operating costs and increases the productivity of medical institutions. It is a clear example of how technology can democratize access to healthcare without compromising service quality.
Key figures for healthcare engineering in 2025
To better understand the importance of this sector, here we share with you some key statistics that reinforce its impact:
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In 2022, the global telemedicine market was worth $45 billion, and is expected to exceed $180 billion by 2028.
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Currently, 60% of adults use some type of wearable device that monitors their physical activity or health status.
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Every year, more than 10,000 patents related to medical engineering are registered, demonstrating the dynamism and creativity in this field.
These numbers are evidence that health engineering is not only a promising discipline, but also a crucial necessity to address current and future global challenges.
Related training | eHealth
Health engineering is redefining the boundaries of what is possible in the medical field. With the Bachelor's Degree in Health Engineering at La Salle Campus Barcelona, you will develop critical and analytical thinking skills to lead the evolution of one of the fastest growing sectors: technology applied to medicine and health.
The objective of training in this field is to prepare professionals to:
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Create and manage innovative technological solutions in the field of health.
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Acquire a broad knowledge of the healthcare environment and healthcare practice.
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Master the technologies, methods and tools used to improve people's quality of life.
Thanks to this multidisciplinary approach, students of the Degree in Health Engineering will have unique skills between the technological, medical and health fields, will carry out internships in hospitals and companies in the sector, and will acquire skills to lead the technological advances that will define the medicine of the future.
HEALTH ENGINEERING AT | LA SALLE-URL