Projects
An overview of the individual SEMECO projects
Cross-sectional Projects
The cross-sectional projects are the focus and solve fundamental architectural, organizational and technological issues.
TrustMod
Enhancing Trustworthiness and Facilitating Certification through Separation and Modularization
SmartCyber
Security Across the Product Lifecycle of Connected Medical Devices – Modular and Automated Management of Regulatory Cybersecurity Risks
VitaTrust
This project provides a reliable and trustworthy communication platform for use in the clinical environment and in remote monitoring.
InnoTraX
Innovation Support Measures to Facilitate Economic and Knowledge Transfer through Qualification and Networking
Application Projects
The application projects access the core technology according to their specific requirements and transfer the SEMECO concept into practice.
DataCT
New Data Transmission Technology for CT Scanners
InKomm
Intelligent Communication Implant
CoreSense
Universal Sensor Platform for Implants
HospiTrack
Efficient Resource Management in Hospitals Through Localization
MedIDGuard
Secure Identification for High-Risk Medications
Active intelligent capsule endoscopy
This type of endoscopy offers adaptive anchoring mechanisms, the ability to take tissue and liquid biopsies and a broadband chemical sensor system for in vivo microbiome mapping.
Additional Saxon State Funding
The Free State of Saxony is funding additionally regional application projects, which supplement the innovative pool of ideas in the cluster ecosystem. These include:
MERAMIS
Medical radar Microsystems | The aim of the project is to develop various innovative radar systems for medical use
HybridEcho
Microelectronic hybrid systems for ultrasound | HybridEcho aims to overcome the current hardware limitations in ultrasound to enable the translation of innovative waveforms and algorithms from communications engineering to ultrasound imaging.
MUSIK
Multi-sensory non-invasive voice prosthetics using AI | This project aims to help people who have become voiceless to regain their own, natural-sounding voice using non-invasive sensor technology and neural networks.
MicroFlow
Mobile measurement of microperfusion | This project is developing a battery-powered, mobile measuring system that detects problems with blood circulation or serious infections
Präzisionsstrahlen
Intelligent patient positioning in precision oncology | The aim of the project is to improve patient safety and precision in the irradiation process using a system based on existing and merged patient data.
Associated Projects
Associated Projects
EndoSMART
Scalable actuator platform for lightweight robotics and endoscopy
2023 – 2026
EndoSMART is developing an actuator platform for more flexible and cost-efficient minimally invasive instruments.
Projektpartner:
- Else Kröner Fresenius Zentrum für Digitale Gesundheit
- TUD Dresden University of Technology
- Leibniz-Institut für Polymerforschung Dresden e.V.
- Contronix Engineering GmbH
- SITEC Industrietechnologie GmbH
- WOLFRAM Designer und Ingenieure
SmartInfusions
Smart medical consumables
2023 – 2026
SmartInfusions develops intelligent medical consumables that enable end-to-end digitization of infusions, dialysis, and ventilation, revolutionizing everyday clinical practice.
Projektpartner:
- ConnCons GmbH
- SITEC Industrietechnologie GmbH
- Murrplastik Medizintechnik GmbH
- TUD Dresden University of Technology, Faculty of Medicine and University Hospital Dresden, Medical Clinic and Polyclinic I
MyeloAID
AI-based automation of bone marrow analysis
2024 – 2026
MyeloAID is developing AI-supported software to automate bone marrow analysis for faster, standardized, and more precise blood cancer diagnostics.
Projektpartner:
- Cancilico GmbH
Smart biomarker development for oncology
2024 – 2026
StratifAI is developing AI-based digital biomarkers from pathological section images to improve targeted and evidence-based therapy decisions in oncology.
Projektpartner:
- StratifAI GmbH
AI-supported therapy decisions in oncology
2024 – 2026
Synagen is developing medical AI agents and decision support systems that assist physicians in making more precise diagnoses and therapy decisions.
Projektpartner:
- Synagen GmbH
- Else Kröner Fresenius Center for Digital Health
- RWTH Aachen
- TUD Dresden University of Technology, Faculty of Medicine and University Hospital Dresden, Medical Clinic and Polyclinic I
Get in touch
Please contact us at semeco.office@tu-dresden.de if you have any questions about the opportunities for cooperation or if you are interested in associating your project with the SEMECO Clusters4Future.
Applications for project association are possible at any time. The submitted applications will be reviewed every six months.
