About the Biomedical Engineering Degree Course

It is the discipline that uses knowledge in basic sciences and engineering principles to solve medical problems, innovate solutions, and create products aimed at improving people’s quality of life and transforming health in Peru.

DEGREE GRANTED BY TWO TOP UNIVERSITIES. To develop this new degree course, two prestigious universities have joined forces: the Pontifical Catholic University of Peru (PUCP) and Cayetano Heredia University (UPCH). Both universities have outstanding teaching staff, modern infrastructure, and a recognized track record in research, development, and innovation. PUCP’s experience in training engineers and UPCH’s strength in training health professionals are a guarantee for the professional success of graduates from this degree course.

At the end of the degree course, you will receive a diploma from both universities:

  • Bachelor of Science with a major in Biomedical Engineering
  • Professional degree in Biomedical Engineering.

Faculty: Science and Engineering

Duration: 10 semesters (5 years)

Site: San Martín de Porres campus and La Molina campus

Degree earned: Bachelor of Science with a major in Biomedical Engineering

Title: Biomedical Engineer

Why choose us?

International recognition

We are the best Peruvian university according to the Times Higher Education world ranking. We are also the first in internationally accredited life sciences and health degree courses.

Advanced Technology

Research and interaction in world-class laboratories are at the forefront of current demands. We have research and development laboratories (LID) and the Center for Innovation and Entrepreneurship located on the Santa Maria campus.

Internationalization

With our agreements and alliances, you will have access to opportunities to study and practice in renowned international universities.

Innovation and entrepreneurship

An important percentage of the courses of the curriculum is exclusively oriented to develop competencies in innovation and entrepreneurship, which will allow you to be the manager of your own company with the support of bioincuba.

Generic Competencies of Graduate

Graduates integrate different types of thinking (scientific, logical, critical, systemic, and innovative) for the solution of complex problems through the mastery of cognitive skills such as logical reasoning in challenging situations. They are prepared to address present and future challenges in the exercise of their profession and to tackle the transformation of the environment as committed citizens 

Graduates use verbal and non-verbal language to interact effectively in various inclusive, multicultural, and multilingual contexts. Also, they make conscious use of information and communication technologies. They join collaborative work teams to achieve common goals in multicultural, academic, and professional contexts. Moreover, they assume leadership roles with responsibility and respect for other people’s views.

Graduates act ethically and responsibly in different academic, professional practice, and research contexts. They carry out their work honestly, rigorously, and coherently in terms of their values: tolerance, openness, responsibility, environmental awareness, respect, democratic participation, and a sense of belonging.

Graduates creatively propose innovative solutions to solve a situation or problem; they demonstrate initiative and take action in improving their environments within the framework of values consistent with sustainable development: tolerance, openness, responsibility, environmental awareness, respect, democratic participation, and a sense of belonging.

Program Curriculum

SEMESTER

1

Develop the foundations of your professional future

  • Fundamentals of Calculus
  • Matrix Algebra and Analytic Geometry
  • Fundamentals of Physics
  • Philosophy
  • Communication and Writing I
  • Introduction to Biomedical Engineering

SEMESTER

2

Learn the basic principles of engineering

  • Differential Calculus
  • Physics 1
  • Physics Laboratory 1
  • General Chemistry
  • Christian Thought and Social Reality
  • Bioengineering Innovation Processes
  • Industrial Design

SEMESTER

3

Understand the why of the processes

  • Integral Calculus
  • Physics 2
  • Physics Laboratory 2
  • Organic Chemistry
  • Biology
  • Programming Fundamentals

SEMESTER

4

Become familiar with the Scientific Method

  • Vector Calculus
  • Physics 3
  • Physics Laboratory 3
  • Communication and Writing I
  • Fundamentals of Instrumental Analysis
  • Electrical Circuits
  • Fundamentals of Biodesign

SEMESTER

5

Immerse yourself in degree course courses

  • Materials Science and Engineering
  • Circuits and Digital Systems
  • Series and Transforms
  • Anatomy and Physiology
  • Biochemistry
  • Advanced Programming

SEMESTER

6

Explore the various areas of Biomedical Engineering

  • Fundamentals of Biomaterials Mechanics
  • Basic Electronics
  • Digital Signal Processing (course in English)
  • Microbiology and Cell Culture
  • Molecular Biology for Engineers (course in English)
  • Biodesign Project 1

SEMESTER

7

Deepen in the areas of Biomedical Engineering

  • Biodesign Project 2
  • Biomaterials
  • Fluid Mechanics and Transport
  • Biostatistics
  • Pathophysiology
  • Biomedical Instrumentation
  • Introduction to Biomedical Signals

SEMESTER

8

Prepare your line of research

  • Clinical Engineering 1
  • Control Theory in Biological Systems
  • Biomechanics
  • Introduction to Medical Imaging (course in English)
  • Introduction to Tissue Engineering
  • Anthropology
  • Bioengineering Business Models

SEMESTER

9

Develop a passion for your specialty

  • Bioengineering Professional Development 1
  • Bioengineering Professional Development 2
  • Clinical Engineering 2
  • Ethics
  • Thesis 1
  • Concentration Elective 1
  • Concentration Elective 2

SEMESTER

10

Choose how you will make history

  • Bioengineering Professional Development 3
  • Bioengineering Professional Development 4
  • Bioengineering Standards and Regulations
  • Thesis 2
  • Research work for the Bachelor’s Degree
  • Concentration Elective 3
  • Concentration Elective 4
  • Concentration Elective 5
  • Concentration Elective 6

*Curriculum subject to modifications as part of the curriculum update process.

Work Opportunities

Biomedical Signals and Imaging

  • Development of new medical imaging techniques. Example: to detect cancer early or diagnose pneumonia accurately in areas affected by the cold weather in Peru
  • Implementation of systems for medical data capture and clinical management. Example: Implementation of a digital medical history system in a health center.

 Tissue and Biomaterials Engineering

  • Development of devices with biomaterials of biological or synthetic origin that restore the functions of the skin and connective tissues, such as implants for people suffering from burns.
  • Implementation of cellular regeneration services that guarantee compliance with technical norms and quality standards.

Biomechanics and Rehabilitation

  • Development of equipment and devices that restore the greatest possible capacity and independence of the disabled person, such as prostheses or exoskeletons to recover motor function in arms or legs.
  • Implementation of motion analysis systems for living structures to provide technical or technological solutions to increase their capabilities or prevent injuries.

Clinical Engineering

  • Participation in the creation of new clinical services and in the training of technical and healthcare personnel in the use of medical devices, such as telemedicine services that seek to provide remote medical care.
  • Participation in teams or research centers in technology management, biomedical metrology, health technology assessment, technovigilance, among others.

International Agreements

Latin America

Argentina

  • Universidad Nacional de La Plata

Brazil

  • Universidad Federal de Minas Gerais
  • Universidad de Sao Paulo

Chile

  • Universidad de Concepción
  • Pontificia Universidad Católica de Chile

Colombia

  • Universidad del Valle

Europe

spain

España

  • Universidad de Salamanca

France

  • Universidad Sorbonne Nouvelle
italia

Italy

  • Universita’ degli Studi di Messina

North America

USA

  • Lowa State University of Science and Technology

Cayetano es más que Cayetano

Únete a Cayetano Heredia y fórmate como profesional en la mejor universidad del Perú.

Somos prestigio, somos excelencia, somos Cayetano.