European Medical School

European School of Medicine provides access to all multimedia, digital technologies, and modern equipment to improve students’ understanding of information and develop their skills in practice.

Nursing technology is medical technology designed to help RNs (Registered Nurses), LPNs (License Practical Nurses), and other nursing professionals care for their patients more effectively. With examples ranging from small mobile devices to automated medication delivery systems, nursing technology is a broad category. It only takes a glance around any medical facility to see how prevalent healthcare technology has become.

For pharmacy students, the main aim of learning using modern technologies is to obtain new knowledge about treatment, recovery, disease prevention, and health promotion using the best available technologies, making the learning process interesting and effective.

The main aim of learning Dentistry Science using modern technologies is to help young and promising dentists in their studying process and obtain new knowledge about treatment, recovery, disease prevention, and health promotion using the best available technologies, making the learning process interesting and effective.

Medical Laboratory Sciences is one of the most innovative and progressive fields in healthcare. International European University provides all the needed facilities and technical equipment for making obtaining new knowledge and skills easy and profitable. The MLS students spend all their practical classes collecting samples and performing tests to identify, analyze, and develop treatments for a truly endless scope of viruses and diseases. Lab science is fairly reliant on various types of machinery and has been experiencing some significant leaps forward thanks to applications of various emerging technology. From carefully crafted software to artificial intelligence, there are seemingly no bounds to the innovation of healthcare tech.

Medical Biotechnology has improved tremendously in recent decades, which lead to multiple innovative techniques that aim to give young and prominent students the ability to prevent, diagnose, and treat diseases and improve their practical and theoretical skills. Students learn to deal with more advanced and innovative methodologies including genomics, pharmaceuticals, DNA sequencing, cell culture, interference RNA, and genome editing. It has effectively improved the growth and understanding of health science, through gene sequencing, stem cells for regenerative medicine, tissue engineering, and antibiotics. With the steady improvements in research and development, medical biotechnology can surely become a well-received foundation in health science.

Through technological or scientific advances, Physiotherapy is always looking for new ways to improve patient care. The usage of modern technical equipment during the diagnosis, treatment or prevention of people`s diseases is a part of the theoretical and practical preparation of young specialists at the International European University. All technology platforms we use have made obtaining new information more resultative and helped the IEU`s graduates make their therapy more convenient and attractive for patients, encouraging them to complete treatment and experience a complete recovery. Our students and graduates are educated to assess, treat, prevent and minimize risk for a wide range of physical limitations and bodily dysfunction. They use therapies such as exercises, manual and electrotherapeutic techniques, supplementing the result with the usage of the most modern technical equipment to assist their patients to lead active and productive lives. Applying new technologies, physiotherapists also empower their patients to take a more active role in their rehabilitation and personal healthcare.

The International European University in Poland through the preparation of high-quality specialists promotes improved quality of health care and access to Public Health services through technology-enabled health solutions. The International European University is engaged in research, demonstrations, program evaluation, and technical development in the Public Health sphere, therefore our students have a wide range of opportunities to obtain the use of modern technology equipment during the studying process and implementation of received experience in working processes. Public Health studying goals at the International European University focus on protecting and improving the health of communities. Public Health technology helps our students and graduates reach these goals with greater efficiency. When applied to Public Health situations, technologies provide Public Health professionals with advanced tools to obtain accurate, detailed population data in real-time. This data can help them build more effective actionable health strategies covering a range of scenarios, from individual care strategies to coordinating support systems that can address widespread disease outbreaks.

Technology has thoroughly changed the field of Psychology. It has introduced new ways to provide treatment and made the learning process easier and more effective for future specialists. It has affected the dissemination of knowledge and how research is conducted and even created new issues that need further exploration.

Using modern technical equipment is so important for Postgraduate Courses students by giving them the ability to obtain knowledge quickly and properly, making it interesting and useful for future working processes. Technologies that are available for all Postgraduate Medical Specialties become permanent parts of higher education enterprise at the International European University in Poland. It helps to promote collaborative learning in the Postgraduate Courses, to personalize and individualize the education process for each student. By reducing the need to deliver vast amounts of information, using the International European University digital platforms for learning, give our lecturers the ability to devote more time to individual students. By reducing the need to deliver vast amounts of information, using the International European University digital platforms for learning, give our lecturers the ability to devote more time to individual students. With more time to interact and get acquainted, professors can adapt their teaching strategies and assignments to bring them more in line with the interests and needs of the students in their classes. Technology’s capacity to deliver large quantities of information over networks also expands the potential for tailoring educational programs to the specific needs of each learner.

We provide the opportunity to explore various processes of treatment, recovery, disease prevention, and health promotion by using:

• Advanced Telemedicine;
• Nanomedicine;
• 5-G Enabled Devices;
• Healthcare Digital Assistants;
• Smart Pacemakers;
• Telemedicine Tools;
• Cancer Immunotherapy;
• Robotic Surgery;
• Smart Inhalers;
• Simulation Centers;
• MRI Machines, CT Machines, X-ray Machines;
• IVDs
• Medical Monitors aim to measure patients’ vital signs and other parameters including ECG, EEG, and blood pressure;
• Treatment equipment includes infusion pumps, medical lasers, and LASIK surgical machines;
• Medical laboratory equipment allows analyze of blood and other organic materials;
• Physical therapy machines like the continuous passive range of motion (CPM) machines
• Simulation Centers;
• Telehealth;
• Electronic Health Records (Ehr);
• Point-Of-Care Technology;
• Electronic Lift Systems & Smart Beds;
• Digital Monitors;
• Automatic IV Pumps;
• Wearable Technology;
• Smartphones;
• Wacom Intuos Pen;
• Memo Bracelets;
• Veinlite Vine Finder;
• Nurse LED Medical Penlight;
• Automated Dispensing Units/Cabinet;
• Prescription Drug Monitoring Programs (PDMP);
• Medication Therapy Management (MTM);
• Medication Reminder Devices;
• Computer-assisted design;
• Computer-assisted manufacture;
• Cone Beam CT;
• Digital X-rays;
• Intraoral Cameras;
• Dental Lasers;
• Optical Scanners;
• Ultracentrifuge;
• Electrophoresis Apparatus;
• Chromatography;
• Planar Chromatography;
• Paper Chromatography;
• Thin Layer Chromatography;
• Biochemistry Analyzer;
• Centrifuge;
• Electrolyte Analyzer;
• Urine Analyzer;
• Incubator;
• Elisa Reader/Microplate Reader;
• Immunoassay Analyzer;
• Analytical Ultracentrifugation (Beckman XL-A) ;
• Surface Plasmon Resonance (BiaCoreT200);
• Plate Readers;
• Spectrophotometer;
• Fluorescence Spectroscopy;
• Multi-Angle Light Scattering (SEC-MALS);
• Quantitative Polymerase Chain Reaction (QPCR);
• High-Performance Liquid Chromatography (HPLC);
• Microtitre Plate Readers;
• PCR Machines;
• Gel Doc Systems;
• Biorad ChemiDoc System;
• Western Blot Equipment;
• Sorval Ultracentrifuge;
• Leica Ariol Microscope System;
• Axio Vert A1 Imaging System;
• Inverted Microscopes;
• Fluorescence Microscopes;
• Blood Flow Restriction (BFR);
• Proxomed’s Individual Curve;
• Cloud Physio;
• Prosthetics and Orthotics;
• Force Plate;
• The Performance Matrix (TPM);
• Gait Scanners;
• 3D Running Analysis;
• Electromyography Biofeedback Machines;
• VR;
• Motion Capture Tech;
• Rehabilitation Robotics;
• PT Practice Management Software;
• Electrotherapy;
• Hydrotherapy;
• Geospatial Technology;
• Wearable Technology;
• Activity Monitor Devices;
• Activity Sensor Devices;
• Equivital Devices;
• The Medilog Recorded Devices.