Degree in Health Engineering 48 months Undergraduate Programme By La Salle-URL |TopUniversities
Programme Duration

48 monthsProgramme duration

Tuitionfee

13,680 EURTuition Fee/year

Scholarship

5Scholarships

Main Subject Area

Engineering ManagementMain Subject Area

Programme overview

Main Subject

Engineering Management

Degree

Other

Study Level

Undergraduate

Study Mode

On Campus

The Bachelor in Health Engineering at La Salle–URL offers a unique interdisciplinary education that bridges engineering, health sciences, and management, preparing students to lead the technological transformation of healthcare. The program provides a strong foundation in computer and telecommunications engineering, complemented by extensive training in health sciences and innovation management. Students learn to design, develop, and implement medical technologies, biomedical devices, and intelligent healthcare solutions that improve patient care and optimize clinical processes.

With a focus on practical experience, students engage in internships in hospitals, healthtech companies, and research centers, gaining hands-on exposure to real-world medical and technological challenges. The program emphasizes a human-centered approach, enabling students to understand healthcare systems and integrate ethical, sustainable, and socially responsible solutions into their work. Graduates leave with the knowledge, technical expertise, and soft skills needed to become leaders in one of the fastest-growing and most impactful sectors in the world.

Programme overview

Main Subject

Engineering Management

Degree

Other

Study Level

Undergraduate

Study Mode

On Campus

The Bachelor in Health Engineering at La Salle–URL offers a unique interdisciplinary education that bridges engineering, health sciences, and management, preparing students to lead the technological transformation of healthcare. The program provides a strong foundation in computer and telecommunications engineering, complemented by extensive training in health sciences and innovation management. Students learn to design, develop, and implement medical technologies, biomedical devices, and intelligent healthcare solutions that improve patient care and optimize clinical processes.

With a focus on practical experience, students engage in internships in hospitals, healthtech companies, and research centers, gaining hands-on exposure to real-world medical and technological challenges. The program emphasizes a human-centered approach, enabling students to understand healthcare systems and integrate ethical, sustainable, and socially responsible solutions into their work. Graduates leave with the knowledge, technical expertise, and soft skills needed to become leaders in one of the fastest-growing and most impactful sectors in the world.

Admission Requirements

80+
6+

The requirements vary depending on your individual application. The requirements are different depending on the year of admission and the country where you took your previous studies.

If you are a first-year student there are three options depending on the student's origin:

  • Students from the Spanish educational system.
  • Students from European education systems, Switzerland, International Baccalaureate, China or other countries with bilateral agreements with Spain.
  • Students from other education systems.

4 Years
Sep

Tuition fees

Domestic
13,680 EUR
International
13,680 EUR

Scholarships

LA SALLE SCHOOLS SCHOLARSHIPS

LA SALLE SCHOOLS SCHOLARSHIPS
Bachelors Open

Value

10% tuition fee waiver

Deadline

31 Jul 2026

Application requirements

QS Event Attendance is NOT required

Entry requirements

You must be admitted to this school to be awarded

INTERNATIONAL ACADEMIC EXCELLENCE SCHOLARSHIP

INTERNATIONAL ACADEMIC EXCELLENCE SCHOLARSHIP
Bachelors Open

Value

70% tuition fee waiver

Deadline

31 Jul 2026

Application requirements

QS Event Attendance is NOT required

Entry requirements

You must be admitted to this school to be awarded

IB DIPLOMA SCHOLARSHIP

IB DIPLOMA SCHOLARSHIP
Bachelors Open

Value

60% tuition fee waiver

Deadline

31 Jul 2026

Application requirements

QS Event Attendance is NOT required

Entry requirements

You must be admitted to this school to be awarded

ECONOMIC SUPPORT SCHOLARSHIPS

ECONOMIC SUPPORT SCHOLARSHIPS
Bachelors Open

Value

30% tuition fee waiver

Deadline

31 Jul 2026

Application requirements

QS Event Attendance is NOT required

Entry requirements

You must be admitted to this school to be awarded

BE AN INTERNATIONAL LEADER

BE AN INTERNATIONAL LEADER
Bachelors Open

Value

30% tuition fee waiver

Deadline

30 Jun 2026

Application requirements

QS Event Attendance is NOT required

Entry requirements

You must be admitted to this school to be awarded

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Frequently Asked Questions

This degree is designed for students who want to apply engineering and technological innovation to improve human health. It combines technical proficiency in AI, data science, and biomedical engineering with a deep understanding of the healthcare ecosystem, preparing graduates to design devices, processes, and systems that create meaningful impact. Students develop critical thinking, analytical skills, and the ability to communicate effectively with healthcare professionals, ensuring their solutions are both technically robust and clinically relevant. A distinguishing feature of the program is its multidisciplinary approach: 50% of credits are focused on engineering, 23% on health sciences, and 7% on management and innovation. Students can also personalize their learning by exploring research, innovation, and practical applications that align with their interests.
The program's methodology isbased on the three I’s: Interaction, Immersion, and Innovation. Interaction emphasizes close collaboration between students and faculty, fostering dialogue, critical thinking, and professional language acquisition through lectures, seminars, and events. Immersion ensures students gain real-world experience through internships in hospitals, clinics, and healthtech companies, while developing transferable skills such as teamwork, problem-solving, and communication. Innovation is cultivated through projects, thesis work, and entrepreneurial initiatives that allow students to create, test, and implement technological solutions to healthcare challenges. Throughout the degree, students acquire practical and analytical skills that prepare them for complex professional environments. They learn to design and manage biomedical devices, process and analyze large datasets using AI and data science techniques, and apply engineering principles to optimize healthcare solutions.
The Health Engineering program integrates a global perspective into its curriculum. Students are trained in an international environment and have opportunities to interact with peers and faculty from diverse backgrounds. While the first and second years are taught in Spanish, Catalan, and English, the third and fourth years are delivered entirely in English, ensuring students are prepared to work in international contexts. Through partnerships with hospitals, research centers, and healthcare companies abroad, students gain exposure to global healthcare practices and technological innovations. International internships and collaborative projects expand students’ professional networks and intercultural skills, allowing them to approach challenges in the healthcare sector from a worldwide perspective. This international orientation positions graduates to pursue careers in multinational organizations and global innovation hubs.
This degree emphasizes interdisciplinary collaboration, bringing together engineering, health sciences, data analysis, and management. Students work on projects that integrate knowledge from different domains, including biomedical devices, clinical data management, AI for healthcare, and health system optimization. This cross-disciplinary approach encourages problem-solving, creativity, and a broad understanding of how technology interacts with medical and clinical environments. Additionally, students develop ethical and socially responsible perspectives, learning to design solutions that consider patient safety, public health, and sustainability. Working alongside peers from different academic backgrounds and collaborating with healthcare professionals, students gain the ability to communicate effectively, manage projects, and lead interdisciplinary teams in real-world healthcare settings.
Graduates of the Bachelor in Health Engineering leave La Salle–URL with a versatile and highly competitive professional profile. They are prepared to work in hospitals, clinics, research laboratories, and healthtech companies, taking on roles in medical imaging, monitoring systems, 3D printing, intelligent operating rooms, and clinical data management. Graduates can also participate in innovation projects, develop biomedical devices, and implement AI-driven solutions for disease prevention, diagnostics, and patient care. Graduates can apply their expertise in startups, large multinational companies, consulting firms, and public or private research institutions. They are equipped to innovate responsibly, lead multidisciplinary teams, and contribute to advancements in healthcare technology that improve quality of life, sustainability, and social impact. With a combination of technical, managerial, and human-centered skills, Health Engineering graduates are ready to shape the future of medicine.
Undergrad Programmes 20206