Biomedical Engineering Degree Plan: Courses and Duration

What you study in Biomedical Engineering

This degree trains professionals to design, evaluate and maintain medical technology: diagnostic and treatment equipment, prosthetics and biomaterials, monitoring systems, medical image processing and telemedicine.

Unlike other engineering programs, you take health courses (anatomy and physiology) alongside engineering courses (electronics, signals, programming). That crossover is what makes it demanding and also what makes it unique.

Duration, credits and structure

In universities across Peru and Latin America it usually takes 10 semesters or terms (5 years), with a total close to 190–210 credits. Many programs include labs, pre-professional internships and a final project.

It is a relatively new degree in the region, so curricula are updated often. Always check the version that matches your intake year.

• Reference duration: 10 semesters or terms
• Total credits: roughly 190 to 210
• Heavy lab and project component
• Pre-professional internships and a thesis or final project

Courses by area

The usual order is: basic sciences, then health sciences, then engineering, and finally applied biomedical training.

• Basic sciences: calculus, linear algebra, differential equations, physics, chemistry and statistics.
• Health: anatomy and physiology, biochemistry, cell biology, molecular biology, immunology and pathophysiology.
• Engineering: programming, circuits and electronics, signals and systems, control, mechanics and materials.
• Biomedical: medical instrumentation, biomechanics, biomaterials, image processing, clinical engineering and health regulation.
• Cross-cutting: research methodology, bioethics, project management and electives.

Prerequisites and critical courses

The toughest chains combine physics and electronics with instrumentation courses. Health sciences also weigh heavily: without anatomy and physiology you cannot move on to pathophysiology or applied courses.

• Physics and circuits → electronics → medical instrumentation
• Programming → signals and systems → image processing
• Anatomy and physiology → pathophysiology → clinical engineering
• Statistics → research methodology → final project

Where biomedical engineers work

Main career paths are clinical engineering in hospitals and clinics, medical device companies (support, technical sales, training), research and development, telemedicine units and regulatory areas of the health sector.

Since many courses have labs and few sections per term, planning registration matters more than in other degrees: a failed course can push back everything that depends on it.

Digitize your Biomedical Engineering degree plan

Upload the PDF or a photo of your plan to Mi Malla and semesters, courses, codes and credits are extracted. Then mark what you have passed and the platform calculates your progress, checks prerequisites and shows what you can enroll in next term.