Projects
ASRLab participates in national and international research and innovation projects focusing on
autonomous systems, digital twins, verification and validation, artificial intelligence, extended reality, resilient manufacturing, and human-centered technologies.
Our projects bring together academic research and industrial applications through collaboration with universities, research organisations, technology providers, and industrial partners.
HARMONI
Hazard Assessment and Risk Management of NaTech Emergencies with Cross-Collaboration Opportunities
Programme: Horizon Europe
Focus: Digital Twins · Risk Assessment · Critical Infrastructure · AI · Remote Sensing
HARMONI develops an integrated platform for the prevention, monitoring, and response to NaTech disasters affecting critical infrastructures.
The project combines Digital Twins, Knowledge Graphs, remote sensing, UAV-SAR imaging, Federated Learning, and decision-support technologies to model cascading effects, provide early warnings,
and support the selection of appropriate Standard Operating Procedures during evolving emergency scenarios.
Project Website: https://harmoni-project.eu/
DMaaST
Innovative Modelling and Assessment Capabilities through MaaS for Manufacturing Ecosystem Resiliency
Programme: Horizon Europe
Focus: Manufacturing · Digital Twins · Knowledge Graphs · Decision Support · Resilience
DMaaST develops a Smart Manufacturing Platform designed to improve the resilience and self-adaptation capabilities of manufacturing ecosystems.
The platform combines decentralized knowledge graphs, multi-level cognitive Digital Twins, distributed decision-support systems, Federated Deep Learning, and sustainability assessment to support resilient
and data-driven manufacturing.
Project Website: https://dmaast.eu
MINDIA
Manufacturing Intelligent Digital Assistant
Programme: WASABI
Focus: AI Assistants · Manufacturing · Augmented Reality · Human-AI Collaboration
MINDIA develops and validates an intelligent digital assistant for manufacturing environments, with a particular focus on supporting shop-floor operators and improving communication between production and logistics.
The system integrates real-time process data, voice interaction, augmented-reality visualisation, and contextual operational knowledge to support faster decision-making, reduce material waste, and improve production efficiency.
Project Website: https://wasabiproject.eu/project/mindia/
MATISSE
Model-Based Engineering of Digital Twins for Early Verification and Validation of Industrial Systems
Programme: Chips JU / KDT
Project Period: 2024–2027
Proposal No.: 101140216-2
Focus: Digital Twins · Verification & Validation · Model-Based Engineering · Industrial Systems
MATISSE develops a model-based engineering framework for the creation, validation, federation, and verification of Digital Twins for complex industrial systems.
The project aims to automate Digital Twin development, continuously validate their behaviour against system requirements, and provide an integrated multi-domain toolchain for simulation, monitoring, testing,
and verification.
Project Website: https://matisse-kdt.eu
StressLens
Integrated XR & AI System for Industrial Stress and Safety
Programme: ENFIELD
Focus: Extended Reality · Artificial Intelligence · Occupational Safety · Human-Centered AI
StressLens develops an AI-driven system for monitoring worker stress and cognitive load using multimodal physiological and eye-tracking data collected through XR technologies.
The system aims to provide personalised stress assessment and real-time safety feedback, supporting safer and more adaptive industrial workplaces while following human-centric and trustworthy AI principles.
Project LinkedIn: https://www.linkedin.com/showcase/stresslens
Advanced Technologies Platform for Sustainable Cities
Programme: TÜBİTAK 1004 – Center of Excellence Support Programme
Project Period: 2022–2025
Proposal No.: 22AG040
Focus: Sustainable Cities · Software Quality · Verification & Validation · Artificial Intelligence
ASRLab contributed to the development of software quality assurance, verification, and validation approaches for Fleet Management System components and AI-enabled services.
The work included verification workflows, mutation-based testing, and model-based formal verification techniques for sustainable urban technologies.
XR4MCR
Multiplayer Collaborative Robotics Maintenance Training Platform in Extended Reality
Programme: MASTER-XR Open Call 1
Project Period: 2024–2025
Focus: Extended Reality · Robotics · Training · Maintenance
XR4MCR developed a multi-user Extended Reality training platform for industrial robot maintenance.
The platform provides an immersive and scalable environment where users can train for real industrial maintenance tasks collaboratively, reducing training costs and improving accessibility to robotics education.
Project Website: https://www.master-xr.eu/oc-project/xr4mcr/
XR4HRC
Excellence in Extended Reality for Human-Robot Collaboration
Programme: XR2Learn Open Call 1
Project Period: 2024
Focus: Extended Reality · Human-Robot Collaboration · Industrial Training · Occupational Safety
XR4HRC developed immersive XR-based training environments for people working with robotic quality-control systems in industrial settings.
The project combined simulated factory environments, realistic robotic systems, occupational health and safety training, and remote assessment methods.
Project Website: https://xr2learn.eu/meet-the-winners-of-the-xr2learn-open-call-1-xr4hrc-project/
OPEVA
Optimize Electric Vehicle Autonomy
Programme: KDT Joint Undertaking
Project Period: 2023–2025
Proposal No.: 101097267
Focus: Electric Vehicles · AI · Data Analytics · Energy Efficiency · Mobility
OPEVA investigated technologies for improving electric-vehicle autonomy, efficiency, and user experience.
The project addressed vehicle and battery data, driver behaviour, charging infrastructure, road and environmental information, battery management, communication infrastructure, and human factors to support more efficient and sustainable electric mobility.
Project Website: https://opeva.eu
VALU3S
Verification and Validation of Automated Systems' Safety and Security
Programme: H2020 / ECSEL Joint Undertaking
Project Period: 2020–2023
Proposal No.: 876852-2
Focus: Verification & Validation · Safety · Cybersecurity · Automated Systems
VALU3S developed a multi-domain framework for verification and validation of automated systems with respect to safety, cybersecurity, and privacy requirements.
The project brought together evaluation methods, tools, environments, and V&V concepts with the goal of reducing the time and cost required to evaluate complex automated systems.
Project Website: https://valu3s.eu
PHM Tool for ROS
Prognostics and Health Management Tool for Robot Operating System
Programme: EU ROSIN Project
Project Period: 2018–2020
Focus: Robotics · Reliability · Prognostics · ROS
The PHM Tool is a model-based environment for analysing the reliability, failure rate, and probability of task completion of robotic systems.
It can also connect to physical robots through ROS topics, allowing reliability and health indicators to be calculated using real sensor data.
Source Code:
https://github.com/ESOGU-SRLAB/phm_tools-release
https://github.com/ESOGU-SRLAB/phm_tools