INNOVATive EDucational program for doctoral school
Poskytovatel : Evropská unie
Manažer : Mareš Martin
Řešitel : Kolář Petr
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Slovak University of Technology in Bratislava
Anotace : InnovatED will design and deliver EITM Doctoral School annual Innovation program that will cultivate innovation skills among participants. The program integrates seamlessly with an existing Entrepreneurship course, provided by EITM. Aligned with EIT Manufacturing's flagships, the program focuses on pivotal aspects of European Manufacturing transformation. Participants engage in creating socially sustainable manufacturing, emphasizing human-machine co-working. The curriculum also addresses flexible production systems, preparing students to navigate the complexities of a VUCA world. Digital collaborative solutions form a core component, encouraging students to innovate throughout the manufacturing ecosystem. Consortium partners will collaborate to ensure program delivery. On-site activities span three schools held in Bratislava, Slovakia; Mondragon, Spain; and Porto, Portugal. These locations are strategically chosen to provide diverse perspectives and to allow participants to engage in the local ecosystem of research, technologies, start-ups, etc. A series of short innovation online courses supplement on-site activities throughout the year. Industry partners ISCLEANAIR and LEAD Innovation contribute to real-world challenges, enhancing practical learning. Mentorship from industry partners ensures continuity between on-site events, allowing challenges to evolve from Summer School to Winter School.
Extremely High-Speed Laser Processes For Sustainable And Flexible Manufacturing
Poskytovatel : Evropská unie
Manažer : Novotný Lukáš
Řešitel : Sulitka Matěj
Výzva : Horizon 2020
Příjemce : IDEKO
Anotace : Hlavním cílem LaserWay je vývoj strojů a procesů pro laserové technologie, které dokáží pracovat extrémně vysokou rychlostí a přitom velmi přesně polohovat laserový paprsek. Využití extrémně rychlých a výkonných laserových technologií umožní nahradit některé dosavadní konvenční technologie, což přispěje k zajištění flexibilní a udržitelné výroby. Vyvinuta budou řešení ve třech hlavních oblastech:
• (1) Laserové mikrovrtání, jehož cílem je vývoj efektivní technologie pro realizaci velkého množství mikrootvorů např. pro aplikace v oblasti řízení prodění, filtrací tekutin apod.
• (2) Laserové vysekávání je vysoce produktivní a flexibilní alternativní proces, který nahrazuje lisovací vysekávací stroje pro malé až střední velikosti sérií. Cílem je zdvojnásobením řezné rychlosti a zrychlení a optimalizace procesu
• (3) Extrémně vysokorychlostní laserové aplikace (EHLA), které nahrazují pro životní prostředí a člověka velmi škodlivé chromové povlaky. Doposud je EHLA průmyslově využívána jen pro rotační díly, a cílem je vyvinout aplikace pro 2D plošné povlakování.
Education programs development in RIS countries
Poskytovatel : Evropská unie
Manažer : Mareš Martin
Řešitel : Kolář Petr
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : EIT Manufacturing ASBL
Anotace : This EIT Manufacturing programme aims to attract and empower top talent from our partner universities across Europe. The objective is to further provide young talent with mobility and other learning opportunities that help them become leading manufacturing innovators and entrepreneurs. EIT Manufacturing PhDs will be one of the main assets of the EIT Manufacturing innovation communities, spreading innovation and creating new businesses within the manufacturing ecosystem.
Learning about AI and digitalization for a more efficient computer-aided process planning in Machining 4.0
Poskytovatel : Evropská unie
Manažer : Matyska Vojtěch
Řešitel : Sulitka Matěj
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Politecnico di Milano
Anotace : Machining process planning and preparation has a key role in machining, as an important part of industrial production. Process planning ensures that the machining process results in accurate, quality and productive manufacturing. So far, decisions made during planning were made mainly based on experience of skilled professionals. Now, new AI systems can contribute and support process planning to shorten the time needed and get as close to optimal results as possible.
This activity aims at increasing awareness, skills and application of these AI support systems that can assist trained employees with their machining process planning and preparation tasks. This activity will result in courses and workshops (as well as learning materials) that will train employees to use these systems and therefore increase the capability, productivity and effectiveness of the SMEs.
Learning about IoT and Virtualization to better your Experience in Machining in the 4.0 era
Poskytovatel : Evropská unie
Manažer : Matyska Vojtěch
Řešitel : Sulitka Matěj
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Politecnico di Milano
Anotace : The LIVE4.0 project aims at improving SMEs education in the machining field promoting a betier use of Industry 4.0 instruments and creating effective learning experiences for their personnel at the job shop. Education on how to achieve a fruitiul digitalization of processes to improve their flexibility, resilience and
efficiency will be the learning target.
LIVE4.0 will exploit the European SMEs huge improvement margin by applying new I4.0 tools to make the transition towards a more advanced and efficient way of manufacturing. LIVE4.0 will provide the knowledge and the experience of partner Universities, it will also bring the example of a partner SME that will be active in providing the user point of view in the content creation and provision, from which the project tagline: “from the SMEs for the SMEs”.
New and flexible tools as learning nuggets and learning paths will be coupled with live and hands on experience at the job shop to tailor the learning experience to the SMEs needs.
Professional Training for Advanced Toolpath and NC-Code Optimization
Poskytovatel : Evropská unie
Manažer : Vavruška Petr
Řešitel : Sulitka Matěj
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : TU Wien
Anotace : CAM technology is well established in the industrial field for the purpose of fast and efficient NC-Code generation. Due to rapid developments in the field of information and communication technologies, several advanced CAM modules such as process force calculation, chip formation analysis, and spindle speed/ feedrate optimization have been researched and developed in the last decades, however, have not been industrialized to a broad field of industrial companies yet. To succeed implementation of these advanced tools, it is necessary for professional engineers to build up additional knowledge in the area of data engineering, interface development, programming and optimization algorithms. For this, additional training is necessary which can be provided by Universities and system providers to a broad range of candidates.
Hybrid learning paths for professional education in manufacturing
Poskytovatel : Evropská unie
Manažer : Matyska Vojtěch
Řešitel : Kolář Petr
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Chalmers University of Technology
Anotace : Professional education in manufacturing that integrates hybrid learning can provide a serious boost to trainer performance and trainee outcomes. Hybrid learning utilizes and combines the benefits of online learning (e.g. flexibility, reusability, easy access and cost efficiency) and those of contact learning (e.g. social presence, physical interaction, instant and personalized feedback).
COVID-19 changed the traditional contact learning paths for working professionals and is expected to change how professional education will be organised and delivered in the future. Therefore, the PATHFINDER activity aims to ANALYSE, DESIGN, DEVELOP, IMPLEMENT and EVALUATE hybrid-learning paths for working professionals. The activity will
(i) provide a benchmark for professional education in manufacturing,
(ii) serve as a guide for optimizing future paths of instructional delivery, and
(iii) open a marketplace by integrating already developed and new learning nuggets into existing training programs.
Experiential Learning for Flexible and Resilient Manufacturing
Poskytovatel : Evropská unie
Manažer : Mareš Martin
Řešitel : Sulitka Matěj
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Hub Innovazione Trentino Fondazione
Anotace : In a post COVID-19 outbreak scenario, manufacturing SMEs face the challenges of rapidly build capacity to shití to flexible production paradigms. This requires upskilling personnel from multiple areas in both technical and transformation management topics, as well as provide hands-on opportunities and expert support
to start engage towards the transformation.
FlexMan makes available a transformational program for manufacturing SMEs with a demand to switily integrate tailored solutions for flexible manufacturing. The program is offered to personnel playing a key role in SMEs’ digital transformation, and its based on a learning path which includes experiential learning and consultancy by experts within research and technology organizations. During the project the program will be delivered to 24 SMEs and 196 professionals across four European hubs; atier it will be available on the market.
Learning Factories for Digital Transformation of SMEs II
Poskytovatel : Evropská unie
Manažer : Mašek Petr
Řešitel : Kolář Petr
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Slovak University of Technology in Bratislava
Anotace : The goal of FactoRIS II is to further support the case-specific digital transformation of RIS based SMEs by evolving existing production facilities towards Industry 4.0. This will be achieved by developing and networking established learning factories, providing modular testbed demonstrators for acute and real manufacturing problems, and adopting and sharing innovative education and training concepts with SME stakeholders. Emphasis will be on technology solutions for smart manufacturing ecosystems, where e.g. maintenance activities can be supported by shared knowledge from a number of similar devices operated by ecosystem partners – solution suppliers and manufacturers. Key enabling technologies will be IIoT, edge computing, data collection and evaluation in cloud. This requires upskilling relevant personnel to adopt new possibilities in their work, which will be performed by means of innovative hands-on courses and best practice guidelines delivered as digital learning nuggets on GLP.
Smart Educational Framework for DIGItalization
Poskytovatel : Evropská unie
Manažer : Mareš Martin
Řešitel : Kolář Petr
Výzva : Horizon 2020 EIT Manufacturing
Příjemce : Laboratory for Manufacturing Systems and Automation, University of Patras
Anotace : SmartDIGI is focusing on boosting the participating EIT RIS countries' innovation performance by improving their educational schema and promoting digitalization with respect to Industry 4.0. SmartDIGI aims to support SMEs to test and adopt digital technologies as well as to adopt lifelong learning culture to improve the digital skills of their workforce essential for the digital transformaon of the businesses. To this end, the activity intends to provide a program where students, academics, and manufacturing SMEs work together to build skills by co-creating solutions to real manufacturing challenges. Therefore, Teaching and Learning Factory approaches will be combined with information open events to apply jointly developed solutions to industrial problems. A collaborative network across all participating industrial and academic sectors in the EIT RIS countries can facilitate the exchange of industrial problems and the dissemination of new solutions.