Uppsala University (UU) plays a central role in the PERSIMMON Project as the coordinating research institution, led by Prof. Klas Hjort, a specialist in microsystems technology and materials science. UU is renowned for pioneering the use of liquid alloys in stretchable RF-electronics and advancing soft, stretchable, and conformal PCB technology. The university’s contributions are multidisciplinary, with expertise from Prof. Robin Augustine’s Microwave in Medicine Group, Prof. Thiemo Voigt’s work in energy-constrained wireless sensor networks, and Prof. Klas Palm’s research on IoT in Medicine.
Role in the Project
UU leads key work packages (WP2, WP9, WP10) and provides world-class knowledge in flexible electronics and sustainable technology solutions.
Johannes Kepler University Linz (JKU) is a key research partner in the PERSIMMON Project, specializing in soft electronics and robotics with a focus on bioderived and biodegradable materials for skin-inspired electronics. JKU is a pioneer in developing sustainable and stretchable power sources, including biodegradable soft batteries.
Role in the Project
As the leader of Work Package 3 (WP3), JKU plays a crucial role in developing stretchable, resilient biogels and encapsulation strategies with tuneable biodegradation mechanisms, advancing the creation of environmentally friendly, soft, and compliant biopolymer-based printed circuits for smart patches.
The Netherlands Organization for Applied Scientific Research (TNO) contributes significantly to the PERSIMMON Project through its Holst Centre, renowned for its expertise in flexible and printed electronics. TNO is a pioneer in hybrid printed electronics and stretchable electronics, which are crucial for developing comfortable, medical-grade wearables.
Role in the Project
Leading Work Packages 1 (WP1) and 4 (WP4), TNO’s role includes advancing wearable wireless sensor systems and printed smart patches. Their expertise spans from materials and manufacturing to real-life application validation, with a particular strength in lifecycle assessment (LCA) and lifecycle cost (LCC) calculations.
STMicroelectronics SRL (STM) brings substantial industry expertise to the PERSIMMON Project, particularly in consumer and medical device electronics. With a history of collaboration with Mayo Clinic and advancements in low-power wearable platforms, STM is highly skilled in optimizing power consumption and device dimensions. Their Remote Monitoring group has recently developed a three-lead ECG device with advanced low-power components and a communication system.
Role in the Project
STM’s role includes leading tasks in electronics design (T1.4, T2.4) and Edge-AI integration (T5.4), where they focus on embedding complex computations directly into hardware. Their innovations in Edge-AI and machine learning accelerators will enhance the efficiency and functionality of biomedical sensor systems within the project.als and manufacturing to real-life application validation, with a particular strength in lifecycle assessment (LCA) and lifecycle cost (LCC) calculations.
Mycronic AB (MYC) is a key player in the PERSIMMON Project, specializing in the production of advanced electronics and manufacturing tools. With extensive expertise in electronics production, including contact and non-contact deposition, pick-and-place robots, and high-resolution testing equipment
Role in the Project
MYC leads WP5 and contributes to tasks related to additive manufacturing of biopolymer-based printed circuit boards (PCBs). Their role is critical in developing the equipment and processes necessary for planar additive manufacturing, which is essential for creating the smart patches used in the project.
Beneli AB (BEN), a prominent manufacturer of smart patches, brings specialized knowledge in printing, converting, and die-cutting techniques. BEN is responsible for developing biopolymer packaging and laminate technology for the smart patches within the project.
Role in the Project
As a leader in manufacturing stretchable smart patches, BEN will produce the biopolymer-based smart patches and packaging, leveraging their state-of-the-art manufacturing lines to ensure high-quality output.
Evalan BV (EVA) excels in IoT solutions and is highly experienced in developing marketable medical products. In the PERSIMMON Project, EVA is tasked with connecting medical sensors to cloud-based platforms, ensuring effective data transfer and integration
Role in the Project
Their role includes leading tasks related to developing the gateway and frontend systems, leveraging their extensive experience in IoT and medical technology to enhance the project’s sensor connectivity and data management capabilities.
MySphera SL (MYS) focuses on IoT solutions to streamline healthcare processes, with extensive experience in automating complex tasks in hospitals.
Role in the Project
MYS will lead efforts in cloud management and data applications, contributing to the development of data management solutions and application studies for the project. Their expertise in creating cloud-based solutions for healthcare will facilitate effective data handling and application within the PERSIMMON framework.
University of Ljubljana, with its Institute of Sport and Institute of Kinesiology, brings valuable expertise in human movement analysis and wearable technology implementation. UL will lead WP6 and focus on defining use cases in sports medicine, evaluating algorithms, and performing specific tests.
Role in the Project
Their contribution includes conducting applicability tests, collecting data for AI algorithms, and assessing wearable technologies against established standards, which is crucial for validating and demonstrating the project’s innovations in sports and exercise applications.
Fondazione LINKS – Leading Innovations & Knowledge for Society (LINKS) is a research institute focused on digital technology and regional development. With expertise in Artificial Intelligence, IoT, cybersecurity, and advanced computing, LINKS is dedicated to transforming healthcare through ICT solutions.
Role in the Project
Their contribution includes conducting applicability tests, collecting data for AI algorithms, and assessing wearable technologies against established standards, which is crucial for validating and demonstrating the project’s innovations in sports and exercise applications.
Politecnico di Torino (POLITO) is a research institution with significant expertise in control systems and Edge-AI, particularly for biomedical signal processing and neuroscience applications.
Role in the Project
POLITO will lead Task T6.2 in the PERSIMMON Project, working on defining use cases in home care, conducting applicability tests, and collecting data for AI algorithms. They will collaborate with STM to develop Edge-AI algorithms that enhance the project’s capabilities. processing and analyzing biomedical data.
DF Elettronica – S.R.L. (DFE), an SME with 35 years of experience as an Electronics Manufacturing Services (EMS) provider, has collaborated closely with MYC to develop and test innovative dispensing machinery.
Role in the Project
In the PERSIMMON Project, DFE will lead Task T2.6, adapting MYC’s technology to produce printed wiring boards (PWBs) and printed circuit boards (PCBs) for use in smart patches by other partners. Their role involves ensuring the production of high-quality electronic components essential for the project’s smart patch technology.
Tinexta Innovation Hub has been active since 1995, growing over the years to become a leader in its sector today. Tinexta Innovation Hub gives their clients the best support tools for the success of their business initiatives and to assist them in the preparation and management of strategic projects: business projects, research projects, training and technology transfer activities, under National and International support frameworks. The European Funding Development (EFD) team provides consultancy, training, and support on EU-funding opportunities, and in the preparation, negotiation and management of European proposals, particularly on H2020/Horizon Europe calls.
Role in the Project
Tinexta Innovation Hub serves as the project’s networking expert, facilitating connections with stakeholders interested in the research and taking the lead regarding Communication and Dissemination activities of the project.