Tuition fee €2,970 per year
Application fee €150 one-time
Deposit €500 one-time


Registration fee €150 one-time

– Consultations for selection of HEI
– Migration & visa consultation
– Registration in the Baltic Center database
HEI admission documents’ check
– General testing for all Baltic Center HEIs – Admission Examination
– Student’s admission to HEI
– Documents’ arrangement for the payments to HEI
– Invitation for the embassy.
The period of preparation from week to two months
- You will access to admission system with extra BONUS information&
- You will have your own manager and curators on each stage of admission process.

You can receive DISCOUNT and pay only 104.99 EUR, for more information visit our FREE webinar “Education in Europe”.
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Complicated medical technologies, new methods of diagnostics and therapy, computer based equipment and the networking of health care institutions need nowadays to be supported by highly qualified professional specialists.

The Bachelor study programme is designed to meet the future need for medical care to be provided through an efficient health care system, which makes use of state-of-the-art technical equipment in prevention, diagnosis, and therapy.

In comparison to other international examples, the RTU programme isinterdisciplinary covering both medical engineering and medical physics disciplines.

The programme is delivered in cooperation with Riga Stradins University, the university preparing specialists in medicine.

Medical Engineering and Physics is a diverse and exciting programme that covers the research and analysis of many of the latest advances in medicine.

Students work on defined projects covering the fundamentals of physical and mathematical simulation, medical engineering design, etc.,
30% of all study process is practical,
Specialisation courses in mechanics, prostheses, electronics, computer sciences, material science, etc.

Programme structure

A Compulsory study courses 86.0 / 129.0
Chemistry for Engineers
Descriptive Geometry and Engineering Graphics
Basics of Occupational Safety
Computer Studies (basic course)
Methods of Medical Statistics
General Metrology
Electrical Engineering and Electronics (Part 1)
Anatomy and Physiology
Basics of Physical and Mathematical Simulation
Introduction to Medical Engineering
Fundamentals of Medical Physics
Medical Informatics
Fundamentals of Law in Medicine
Fundamentals of Quality Control and Monitoring
Radiation Safety in Medicine
Physics of Medical Imaging
Medical Instrumentation
Medical Equipment Design
Reliability of Medical Equipment
Physical Materials Science
Civil Defence
Basics of Communication
Sport Activity
Simulation of Physical Processes (Study Project)
Medical Equipment Design (Study Project)
Medical Equipment Manufacturing Technology (Study Project)
Methods of Medical Equipment Manufacturing

B Compulsory elective study courses 51.0 / 74.5
B1 Field-specific study course 45.0 / 67.5
Radiation Therapy Technologies
Introduction to Biochemistry and Biophysics
Cell and Microbiology
Machine Elements
Heat Study
Measurement Tools in Medicine
Electronics in Medicine
Analysis of Biological Signals
Spectroscopy Methods in Medicine
Computer Systems in Medicine
Theoretical Mechanics
Strenght of Materials
Basics of Biomaterials and Biomechanics
Engineering Mechanics
Digital Devices and Systems
Simulation and Analysis of Radio Electronic Circuits
Analogue and Digital Integrated Circuits
Microprocessor Technology
Computer Aided Control Systems in Medicine
Fundamentals of Computer Graphics
Pattern Recognition and Image Processing Methods in Medicine
Graphical Fundamentals of Delphi
Basis of Biomaterial Technology
Functional Medical Implants
Health Care Organisation and Economics
Organization of Management at Enterprise
Organization of Small Business
Investment Economics
Physiological Measurement Equipment
Micro and Nanotechnologies
Multimedia Applications

B2 Humanities and social sciences study courses 2.0 / 4.0
General Sociology
Business Communication

B6 Languages 4.0 / 6.0
The English Language
The German Language
The French Language

C Free elective study courses 6.0 / 9.0
D Practical Placement 26.0 / 39.0
E Final examination 12.0 / 18.0
Bachelor Thesis
Engineering Design Project

Career opportunities

A Medical Physics Technology Engineer works in medical institutions such as hospitals, outpatient clinics, health centres rehabilitation institutions, specialised centres, laboratories as well as medical equipment distributors.

Graduates work in the design, development, testing, control and maintenance of medical equipment, devices and instruments. In addition, they work in service, certification, monitoring, production, design and research companies.

Apply now! Fall semester 2021/22
Application period has ended, but late applications can be submitted until the commence date
Studies commence
Sep 1, 2021

Application deadlines apply to citizens of: United States

Apply now! Fall semester 2021/22
Application period has ended, but late applications can be submitted until the commence date
Studies commence
Sep 1, 2021

Application deadlines apply to citizens of: United States