RESEARCH & KNOWLEDGE TRANSFER The keys of our research and knowledge transfer are: • Alignment of our technological capabilities with the needs of our industry • Pursuit of scientific and technological excellence in knowledge generation • Effective knowledge transfer to the industry by a collaborative research model Research Groups MATERIALS SCIENCE, EMBEDDED SYSTEMS AND TECHNOLOGY AND INFORMATION SYSTEMS MECHANICAL BEHAVIOUR MANUFACTURING PROCESSES Data Analysis and AND PRODUCT DESIGN Polymer and Composites Cybersecurity Structural Mechanics and Technology Software & System Design High Performance Machining Engineering Acoustics and Vibrations Advanced Material Forming Signal Theory and Fluid Mechanics Processes Communications Robotics and Automation Surface Technologies Dani García “Fagor Arrasate, Koniker and Mondragon University have a Fagor Arrasate S. Coop. long term research collaboration agreement since 2010 that Technical and Innovation Director covers several strategic research areas for the company.” ELECTRICAL ENERGY INDUSTRIAL DESIGN AND MANAGEMENT PROCESSES Electronic power systems applied to the control Operations Management electrical energy Innovation and Drive systems applied to Entrepreneurship traction and the generation of electrical energy Innovation in Industrial Design Energy storage DATA ANALYSIS AND CYBERSECURITY The team researches INTELLIGENT SYSTEMS applied to improve actual industrial processes, bridging the gap between manufacturing and ICT, contributes to INFORMATION AND COMMUNICATION SECURITY, specially focusing to Operational Cybersecurity, and contributes to the HEALTH industry through DATA ANALYTICS Research Lines The Group works towards Focuses its activity on Focuses on the analysis We contribute to providing more improving processes of data to help decision- Anomaly Detection intelligence to where automation making and improve the Systems to Industrial manufacturing processes, (metal processing, quality of life of both Control Systems. We also through real time water treatment, etc.) is patients and health research in monitoring and involved. It makes use of professionals. Pattern understanding, learning prediction of asset information at the recognition and human and simplifying failures (streaming Big process level, and it behavior prediction cybersecurity information Data techniques and seeks the optimization techniques are used to by means of intelligent predictive algorithms in of parameters, and the help prevent disease, or systems, such as detection of anomalies improve quality of life. time series), correlation of security in the process. Heterogeneous data Predictive/Proactive events, sources are used maintenance of honeypots/deception following the Big Data systems, social network manufacturing assets, paradigm, being the analysis, mobile device parts inspection (with medical history, and network data artificial vision and personal data or analysis, and vulnerability acoustic), and environmental data collaborative robots [in INDUSTRY HEALTH FOR SYSTEMS INTELLIGENT some examples of this. analysis of cooperation with embedded/industrial INFORMATION AND COMMUNICATION SECURITY COMMUNICATION AND INFORMATION intelligent automation PROCESSES INDUSTRIAL FOR SYSTEMS INTELLIGENT systems. group] INTELIIGENT SYSTEMS FOR ADVANCED MANUFACTURING ADVANCED FOR SYSTEMS INTELIIGENT Founding Members of the Network of Big Data Value Association Excelence Research Centres in Cibersecurity (BDVA) full members EQUIPMENT 2016 ASSERT-MU Lab The laboratory is structured around the network emulation software Emulab. It 2017 allows an emulation of different network topologies and virtual devices in a dynamic, secure and rigorous manner. Therefore, the laboratory is capable of testing networks ranging from few to hundreds of nodes easily, uploading Dr. Urko Zurutuza 4 PhD images prepared in advance of the devices connected to the network and Students automatically setting the communication devices to achieve the desired arrangement. 3 [email protected] European If you want to evaluate a topology redesign of your IT or industrial network , 6 PhDs Projects comparing different designs, test new technologies , before putting the system into production, ASSERT -MU can do safely and in a flexible way. +34 649210323 1 collaborative research contract PROJECTS www.mondragon.edu/telematica MANTIS 2 Mantis is an Industry 4.0 related European Project coordinated by the Engineers group. The aim of MANTIS is to design and develop a Reference Mondragon Unibertsitatea Goiru 2 Architecture based on industrial maintenance services in the Cloud. 20500 Arrasate-Mondragon http://www.mantis-project.eu/ Spain 1.3 Million € budget 2 Journal MC-SUITE publications MC-SUITE is a H2020 project of the Factories of the Future 8 call, where the groups has a fundamental role of providing 2 book Conference technology to secure the entire flow of data from the chapters papers machine to the Cloud http://www.mc-suite.eu/ SOFTWARE and SYSTEMS ENGINEERING We focus our research in different aspects of the development of Software and Systems. We apply our knowledge in complex, highly configurable and distributed systems with real time constraints which need a multi-disciplinary approach and require interoperability in the development. Research Areas Automatic parameterization of Semantic Web technologies Specialization in three key highly configurable systems and and data structures. Linked areas in the Design and simulation infrastructure. data from the perspective of Development of Distributed open systems (Open Search based algorithms to select Control Systems: Reliability, and prioritize test cases for a source and Open data). Systems Predictability and Control system configuration. With this technology enriched Optimization and structures could be provided to: Scheduling. Delta Modelling. -Facilitate to search contents and Moreover, the Reuse and safety. services. development of this We apply our knowledge -Create intelligent agents for Model-based analysis with research is oriented to Real Time in IoT- enabled smart process automatization. variability. embedded systems with -Extract, process and reliability and real-time Cyber Physical Systems, Tool integration using OSLC Web engineering store knowledge requirements across all the which drive the innovation standard. (Knowledge management). components of a Co-simulation: Functional Mock- -Integrate heterogeneous distributed system, such as: in Smart Cities, Smart up Interface. systems. communications, operating Distributed -Compose complex systems. systems, and middleware. Buildings, Smart Homes Distributed simulation -Filter information and Smart Factories Software & Systems Engineering Systems & Software infrastructure. -Enable semantic Model driven reengineering and processing by machines evolution - Standardize vocabularies 2015 Research and Industrial Projects 2016 RENOVATES Rennovates is a holistic systemic deep renovation concept using smart services and developing smart energy-based communities Dra. Goiuria Sagardui resulting in energy-neutral housing – up to and beyond Zero Net 4 PhD Energy – by reducing energy consumption and maximizing the use Students of renewable energy. [email protected] 4 SMARTENCITY European Develop smart solutions on Mobility, Energy saving and ICTs for the 5 Projects doctors improvement of citizens’ quality of life. +34 943 794700 ACCELERATE Accelerate is a platform for the acceleration of go-to market in the 18 indutrial ICT-industry. projects www.mondragon.edu/ingsw CPS-BUDI 5 Integration of building domain specific tools and standards for Engineers modeling and simulation with cyber-physical systems design and Mondragon Unibertsitatea simulation tools . Goiru 2 20500 Arrasate-Mondragon Industrial Projects Spain 600.000€ - Technological advice & Training budget - System analysis and Design - Prototypes - Reengineering and refactoring - Methodology improvement & deployment 18 publications SIGNAL THEORY and COMMUNICATIONS Wired and wireless communications Artificial vision and robotics Sensors and process control Design, simulation and implementation of signal processing systems Research areas Development and FPGAs Communication protocols. Metrology 2D / 3D surface integration of sensors and actuators Microprocessors, DSPs Wireless communications. Characterization robotics Virtual sensing Signal Real-time operating system Real-time communications. ROBOTICS Processing acceleration Processing applied to Embedded Linux SYSTEMS Digital television. Advanced manufacturing monitoring Codesign Hw / Sw Multimedia networks. Medical images Process monitoring High-level design: Vehicular communications. Advanced manufacturing • System Generator COMMUNICATIONS PROCESSING • HDL Coder Process control • SystemC IMPLEMENTATION OF SIGNAL OF IMPLEMENTATION SENSORS AND PROCESS CONTROL PROCESS AND SENSORS ARTIFICIAL VISION AND VISION ARTIFICIAL Wireless sensors Reliable electronic systems Acoustic systems and ultrasonic inspection FACILITIES 2014 Telecommunications Lab Signal Processing Lab 2015 Radiofrequency Lab Embedded Systems Lab Dr. Mikel Mendicute 10 PhD Students RELEVANT PROJECTS OPTIMUS: On-line partial-discharge tracing using an improved monitoring 5 [email protected] European and ubiquitous solution. 8 PhD projects SOCFLEX: Flexible on-chip system for intelligent processing of tables and services in new generation header equipment. +34 943 794700 20 Private MULTIMIMO: MIMO technologies for multi-terminal Wireless networks. research contracts