The realization of innovative projects, R+D+I projects and activities for the promotion of R+D+I has been promoted within this area among the CETEM associates; those projects are focused on giving solutions to the main needs detected in the different technological and strategic areas of CETEM related to the furniture sector:
– Identification and characterisation of new materials of application in the sector, with focus on eco-innovation.
– Promotion of the incorporation of nanotechnology in the furniture sector.
– Promotion of the centre’s knowledge in textiles, identifying centres of excellence in this area and establishing mutually beneficial relationships.
– Support to companies of the habitat sector to improve their production processes through technological development and innovation projects, relying of industrial robotics and automation.
– Development of innovative products through technologies hitherto barely used in the sector, such as electronics and home automation.
In detail, the projects that have been launched during 2020 or that have continued to be implemented since the previous year, and which are not subject to any type of confidentiality contract, are:
| Action name |
Department |
| Sheld-On |
International projects |
| This project will create a science and technology network for relevant members from universities, research centres and industry to use the common tools and activities of the network to address the current ageing changes of the European population, thus helping reduce the usual redundancy in R&D+I efforts. The SHELD-ON project aims to enhance the exchange of knowledge and the development of a joint research agenda in terms of design and development of open multifunctional environments to meet the requirements of Europe’s ageing population and promote healthy ageing aspects. |
| Action name |
Department |
| Greenskills |
International projects |
| A multiannual project funded by the European Commission through the ERASMUS+ initiative focused on identifying training needs in environmental competences, as well as developing a curriculum for construction workers and electricians. |
| Action name |
Department |
| Essense |
International projects |
The main aim of ESSENSE is to develop and implement a common curriculum and learning approach on BIM towards the design, construction and management of public and private environments for older adults that will meet the learning needs of Higher Education (HE) students. These will be relevant to the labour market and societal needs of an ageing society. This will address:
-BIM for smart housing and Ambient Assisted Living (AAL) principles and their interaction.
-The needs of the senior citizens and their caretakers.
-Technical and non-technical competences needed for an optimum implementation of BIM and AAL concepts, such as project management, innovation and collective competences. |
| Action name |
Department |
| Under construction |
International projects |
| A project funded by the European Commission through the ERASMUS+ initiative with the aim of analysing the skills that make certain professionals successful in 7 jobs related to habitat, construction and industry 4.0 and of developing training material to teach based on these best practices. |
| Action name |
Department |
| Bracket |
Materials |
| A project funded by the European Union through the ERASMUS+ initiative with the aim of producing online training material in line with three of the KETs proposed by the European Commission (nanotechnology, biotechnology and advanced materials) in order to guide students and workers towards innovation and competitiveness in emerging technological areas. |
| Action name |
Department |
| Making 4.0 |
International projects |
A project funded by the European Unión through the ERASMUS+ MUNDUS initiative whose aim is to develop a training course/master’s degree on Industry 4.0 in the wood sector for Malaysian universities.
In addition to the 4 Malaysian universities and the Malaysian Timber Industry council (METIB), the European partners are KIT, WULS, UPCT and CETEM. |
| Action name |
Department |
| In4wood |
International projects |
| A project funded by the ERASMUS+ call of the European Commission, formed by a large consortium of companies and research organisations with the objective of developing a training course foe CEOs of the furniture industry on topics related to Industry 4.0. The consortium is made up of 13 partners from 5 countries (UK, Spain, Germany, Italy and Belgium). |
| Action name |
Department |
| IM Future |
International projects |
| A project funded by the ERASMUS+ call of the European Commission, formed by a large consortium of organisations and research institutions with the aim of developing the training content and the e-learning platform of an International Master’s Degree in Furniture. |
| Action name |
Department |
| Suportability |
International projects |
| A project funded by the ERASMUS+ call of the European Commission, formed by a large consortium of organisations and research institutions whose aim Is the figure of the mentor for people with disabilities working in companies, as well as to build information that may be relevant for employers. |
| Action name |
Department |
| Smart your home |
Electronics and home automation |
| A project funded by the European Union through the ERASMUS+ initiative to enable our elderly to develop home automation applications. |
| Action name |
Department |
| Aurea4Rural |
International projects |
| The development of an augmented reality tool and a training plan to foster the use of augmented reality in the rural tourism sector. |
| Action name |
Department |
| Furn360 |
International projects |
| The development of a training plan to implement circular economy principles in traditional business models in the furniture sector. |
| Action name |
Department |
| 3D4Kids |
International projects |
| The aim of the project is to develop a software application and a database containing a series of 3D design kits that can be sent to a 3D printer. With those kits, aimed at secondary school students, pupils will carry out practical exercises in different subjects: Mathematics, Biology, Art, Design, Music, etc. in which, for instance, they could print molecules, animal skulls, simple musical instruments, design prototypes, etc.). The application should also allow the student to configure some designs and modify them. I believe that this would increase students’ interest in 3D printing technologies and would serve to capture the attention of students in the various subjects in which it is used. It should be done in such a way that no CAD knowledge is required by the schools and it should be visually attractive and simple. |
| Action name |
Department |
| 3D+VET |
International projects |
| The implementation of 3D printing as a teaching method in VET. |
| Action name |
Department |
| Swing |
International projects |
A project funded by the European Commission through the ERASMUS+ initiative consisting of the creation of a video dictionary between different languages and sign languages that will be integrated into an app to be used in different work environments.
Partners:
1. CETEM – Spain
2. CEIPES – Italy
3. FEDERSID – Italy (Coordinator)
4. ILI (Univ. Nuremberg) – Germany
5. Munkakor Alapitvany – Hungary |
| Action name |
Department |
| Et4innovation |
Materials |
| The development of an open, online training material to improve their knowledge of Environmental Technology Verification (ETV), enabling them to differentiate themselves from other companies by obtaining Environmental Technology Verification of their products. |
| Action name |
Department |
| Skills4Succesion |
International projects |
| The development of innovative training material to foster family succession in SMEs. |
| Action name |
Department |
| eDRIVE |
Electronics and home automation |
| A project funded through the RETOS COLABORACIÓN initiative of the AGE consisting of the development of an innovative electric car that provides an unprecedented level of mobility and safety to disabled people with reduced mobility, at an affordable price far below current solutions. e2Drive will also develop an intelligent system for monitoring the state of health and level of alertness or fatigue by analysing driving and other variables such as vital signs. |
| Action name |
Department |
| Ecoiot |
Electronics and home automation |
| A project funded through the RETOS COLABORACIÓN initiative of the AGE consisting of the development of an intelligent waste management system oriented to the hotel and catering sector based on IoT and machine learning with predictive capabilities, which will include a new design of containers and optimised planning and management of waste collection resources, as well as the ecological impact of the entire process as a result. |
| Action name |
Department |
| Switch (CIEN) |
Electronics and home automation |
| A project funded by the CIEN call of MINECO, formed by a large consortium of organisations and research institutions that aims to develop electro-active optical devices with electrowetting technology (EW) for multisectoral applications. CETEM will participate in the application for the habitat sector. |
| Action name |
Department |
| Bioemerger |
Materials |
| A project funded by the Regional Ministry of Employment, Universities, Enterprise and Environment within the research and innovation strategy for smart specialisation (RIS3MUR Strategy) whose aim is the development of biotechnological solutions for the eco-sustainable management of by-products and waste generated in the polyurethane foam industry. |
| Action name |
Department |
| Ssaw |
International projects |
| A European project funded by the ERASMUS+ initiative aimed at the development of a sign glossary to indicate some 200 essential phrases related to Health at Work for workers to communicate in noisy environments. |
| Action name |
Department |
| Ditrama |
International projects |
| The aim of this European project is to develop a training course to promote the digital transformation strategies of companies in the furniture sector, creating a new occupational profile, the Digital Transformation Manager. |
| Action name |
Department |
| Insight |
International projects |
| The aim of this European project is to benchmark the activities of European clusters for the transformation of industry towards a smart industry. |
| Action name |
Department |
| UP2B |
International projects |
| The aim of this European project is to improve future entry into the world of work from an early age (improving possible decision-making and prior knowledge). |
| Action name |
Department |
| All hands on deck |
International projects |
| The aim of this European project is to develop a repository of documentation for woodworkers, a training course aimed at providing a new professional outlet for the long-term unemployed in the furniture industry and a training course for mentors. |
| Action name |
Department |
| Sunrise |
International projects |
| The aim of SUnRISE is to develop training contents and a virtual simulation tool that helps vocational students to get an insight into the furniture industry. The aim of SUnRISE is to train students technically and motivate them to work in this specific sector. |
| Action name |
Department |
| Agromat |
Materials |
| The main objective of the GROMAT project is to give new value to the by-products of the agri-food industry for their implementation in the manufacture of materials for the furniture sector. |
| Action name |
Department |
| SART – Sistema Automático Rellenado |
Process technology |
The main aim of the SART (Sistema Automático de Remallado de Tapas) project is to develop a robotic cell to automate the process of overlocking mattress covers.
This process joins the several layers of the cover and trims the excess edges to obtain the exact size required and leaving the cover closed and ready for the next process in the assembly line. |
| Action name |
Department |
| Phara-On |
International projects |
| The overall objective of the Pharaon project (European H2020 project) is to support the ageing population in Europe by integrating digital services, devices and tools into easily deployable open platforms that contribute to dignified, independent and secure ageing. The project will use a range of digital tools which include connected devices (e.g. IoT), artificial intelligence, robotics, cloud computing and advanced smart wearable devices, big data and intelligent analytics that will be integrated to provide personalised optimised healthcare services. |
| Action name |
Department |
| Virtualife |
International projects |
| The overall technical aim of this project (funded by the CDTI) is the design and development of a solution for the exploitation of Big Data and VR/AR technologies in cardiac navigators. The aim of this technology is to make the most of the information provided by current navigators, and its purpose is the creation of VirtuaLife, an important evolution of navigators, capable of processing all the signals generated by the catheters and representing them on a 3D+t surface, i.e. on a spatial-temporal surface, obtaining precise electro-anatomical maps in real time. |
| Action name |
Department |
| Hidropu |
Materials |
| The overall technical aim of this project is to carry out industrial research in order to establish the relationship between the chemistry of hydrophilic foams and the synthesis process in their structure and final properties that will determine their future use in different application fields: substrate for dressings in the medical sector, substrate for hydroponic cultivation, substrate for the release of active substances in cosmetics, etc. |
| Action name |
Department |
| ELIOTH |
Electronics and home automation |
| The overall objective is to develop an IoT electronic platform that simplifies the work of furniture companies to incorporate smart IoT functionalities.
ELIOTH will contemplate the possibilities offered by the use of Artificial Intelligence or more specifically Machine Learning (Artificial Intelligence techniques) in the habitat. |
| Action name |
Department |
| VAC-3D |
Process technology |
| The main objective of the project is to develop a 3D vision module, hitherto non-existent among developers close to the furniture sector and from which numerous production processes could be exploited.
The potential of the new module will be based on its own development and its full integration with robotic cells which, commanded by a control module, will receive the trajectories automatically generated thanks to the precise information received from the 3D vision module.
Another objective of the project is to create a collaborative system for the automation of the process of placing non-woven fabrics on the base of upholstered elements that will serve as a demonstrator of the potential and usability of 3D artificial vision technology developed specifically for furniture production processes. |
| Action name |
Department |
| Remix-TAT |
Product engineering |
| The overall aim of this project is to research augmented reality techniques and technologies to obtain a first general development of mixed-immersive reality aimed at the contract segment of the habitat sector, which will serve as a starting point for the deployment of this technology to the bulk of companies in the sector. |
| Action name |
Department |
| Matcomp |
Materials |
The main objective of the project is to carry out a research aimed at the development of more sustainable composite materials for their application in products of the habitat sector (furniture, cladding, doors, etc.). For this purpose, principles of sustainable chemistry and circular economy will be applied through the creation of industrial symbiosis between traditional sectors with a wide presence in the Region of Murcia; the food and the habitat sector.
More specifically, the technological challenges pursued by the MATCOMP project are the reduction of use of raw materials of considerable toxicity, which are usually present in conventional adhesive resins used as a binding agent in the process of obtaining composite materials, and the revaluation of waste from different industrial sectors such as grape stalks from the wine industry and flexible polyurethane foams from mattresses that have completed their life cycle. |
