• Project Number: 82/24/PPZ
• Provider:  Ministry of Health of the Czech Republic
• Program: Health Promotion, Increasing Efficiency and Quality of Health Care
• Main Coordinator:  University of West Bohemia in Pilsen, Faculty of Health Care Studies

Project Information:

The main goal of the project is to educate the primary target group of pregnant and breastfeeding women, as well as other relevant individuals, including women planning pregnancy and those caring for these target groups (such as students preparing for a professional career as midwives). These individuals will subsequently educate pregnant and breastfeeding women on selected topics related to a healthy lifestyle during pregnancy and motherhood in connection with breastfeeding. At the same time, the project aims to act preventively through educational activities to mitigate risky behavior during pregnancy and motherhood related to breastfeeding. Each lecture will present a key topic within a two-hour session, with a portion dedicated to practical training and participant questions. This approach will significantly enhance the education of pregnant and breastfeeding women, supporting their understanding of a healthy lifestyle.

The project is implemented with financial support from the Ministry of Health of the Czech Republic.

• Project Number: FW06010517
• Project Acronym: 3D Printing ILC and Co.
• Provider: Technology Agency of the Czech Republic
• Program: TREND - 6th Public Competition / Subprogram 1 "Technological Leaders"
• Project Duration: 1/2023 – 6/2025
• Main Coordinator: ILC FACTORY a.s.

Partners:

• University of West Bohemia in Pilsen
• Regional Technology Institute
• Faculty of Health Care Studies
• Ladislav Sutnar Faculty of Design and Art
• University of Pardubice: Jan Perner Faculty of Transport
• TechSim Engineering s.r.o.

Project Information:

The aim of this project is to achieve a significant innovation in computational and experimental support for 3D printing of exposed plastic components that are subjected to cyclic loading or operate under extreme temperatures (low or high). All collaborating entities in this project utilize 3D printing methods in their business, research, or educational activities. The shared objective is to make significant advancements in this field, particularly in terms of manufacturing methods and material applications for small-scale production. Based on the findings of this project, it will be possible to predict the applicability of 3D printing technology for plastics across a wide range of products, addressing the diverse needs of the project participants. To facilitate a clear understanding of the concept and enable direct practical implementation—as well as to quantify the project's impacts and benefits—the participants have decided to focus on developing optimal support for the application of HP Jet Fusion 3D printing technology. For the purposes of this grant application, this goal has been specified through the development of final products, each representing a required property of the chosen manufacturing method (e.g., thermal resistance, strength, etc.). The project includes a total of 9 functional product sample proposals.

The Faculty of Health Care Studies (FZS) will focus on the Forearm Prosthesis project.

This project represents the use of 3D printing in medical devices, where absolute shape precision is crucial for patient safety. The forearm prosthesis includes an external socket, which is an essential part of the upper limb prosthesis. Its purpose is to connect the inner socket with the functional prosthetic components, protect the residual limb and internal mechanical or electronic parts of the prosthesis, and serve as a cosmetic or design replacement tailored to the individual needs of the patient. All these requirements are well-suited for the implementation of new 3D printing technologies. However, it is necessary to verify the exact construction and design process and test it in collaboration with patients.

• Project Number: TN02000067
• Provider: TA CR
• Program: National Centres of Competence
• Subproject Duration: 3/2023 – 6/2026
• Main Coordinator: Czech Technical University in Prague

Partners:
University of Pardubice, ELCERAM a.s., Tech Aid Czech Branch s.r.o., MDT-Medical Data Transfer s.r.o., UVB TECHNIK s.r.o., ARIA PURA s.r.o., Argotech a.s., XGLU s.r.o., 3Dees Industries s.r.o., MAGICWARE, spol. s r.o., NETWORK GROUP, s.r.o., FORTES interactive, s.r.o., PHYSTER TECHNOLOGY, a.s., prokyber s.r.o., ICRORISC s.r.o., Colognia press, a.s., Institute of Microelectronic Applications s.r.o., BD SENSORS s.r.o., Brno University of Technology, University of West Bohemia in Pilsen, Centre for Organic Chemistry s.r.o., Institute of Macromolecular Chemistry of the Czech Academy of Sciences, v. v. i.

Project Information:

The main goal is to create a synergistic system of interdisciplinary collaboration between research institutions and commercial enterprises to establish conditions for the implementation of intelligent structures of components, sensors, modules, and systems with connectivity at reduced production costs and high reliability. This will contribute to reducing dependence on imports while ensuring competitiveness in global markets, in line with the trends of Industry 4.0 and Medicine 4.0.

Subproject Information:

In the healthcare sector, long-term patient care and the treatment of immobile patients are among the most vulnerable areas in terms of availability. These services should increasingly be carried out in the form of "home care" or remote medicine, where new sensor technologies and digital communication methods can be effectively applied, enabling the use of telemedicine tools. For these purposes, an integrated system of assistive devices and sensors measuring body functions and patient mobility is needed. These devices must be designed for direct contact with the patient while minimizing any restrictions on their movement. The collected data will be accessible to medical staff, allowing for remote monitoring, timely diagnosis, and targeted healthcare interventions. This has led to rapid advancements in wearable and portable sensors embedded in textiles, medical garments, and rehabilitation devices—such as "smart beds" and other assistive tools. These devices can also be incorporated into everyday home-use aids, providing a comprehensive remote overview of the patient’s condition. This Subproject focuses on the research and development of this category of sensors, integrating them directly into medical devices and assistive tools, including beds.

• Main Coordinator: University of West Bohemia in Pilsen, Faculty of Health Care Studies

Project Information:

The "Pilsen Rescuers' Cup" is a traditional international competition for university students enrolled in the Paramedic study program. It is organized by the Department of Emergency Care, Diagnostic Fields, and Public Health at the Faculty of Health Care Studies, University of West Bohemia in Pilsen, and focuses on the latest advancements in pre-hospital emergency care.

The competition stages take the form of simulated model scenarios, which can be escalated to a state of immediate life-threatening danger for the patient but without any risk to their health. The realism of each scenario is ensured by using actual cases from the practice of our referees, realistic makeup effects, appropriate environmental settings, and real medical equipment relevant to each situation. A successfully managed scenario requires not only the complete stabilization and handover of the patient in real-time with an actual team but also proper communication—with the patient, within the team, and with other emergency response units.

Students thus have the opportunity to combine theoretical knowledge with practical skills, familiarize themselves with the latest emergency medical technology, and test their physical and mental resilience while providing professional first aid in real-world terrain conditions. The competition also includes workshops and expert presentations by professionals from the Czech Republic and Slovakia, where students can deepen their understanding of the emergency services system and gain hands-on experience with specialized equipment.

The traditional partners of the competition include the Emergency Medical Services of the Pilsen Region, the Air Rescue Service Center in Líně, the Mountain Rescue Service – Šumava Region, and the Security and Crisis Management Unit JPO 315801 – Šumava National Park Administration.