"After a little more than 2 years the 4Zeroplast project has been successfully completed and validated in the 3 project partner countries: Portugal, Italy and Spain.The participating entities were: 3 associations from the plastics sector: AVEP (ES), PROPLAST (IT), Pool-Net (PT); 1 university: POLIMI (IT); 1 technology centre: CENTIMFE (PT) and 1 private company: NUNSYS (ES).In total 51 managers (17 per participating country) have validated it and it is now available for companies in the sector to download and use the APP for free and get their personalised report.What are you going to learn? - Training MaterialsA training program was developed, aimed at strengthening the skills of Managers in the Plastics Industry (SMEs) for them to be able to take on new business models and challenges launched by Industry 4.0 and to assist them in evaluating and planning the applicability of I4.0 in their business.The 4ZeroPlast training program will be facilitated through a guided learning APP supported on an e-learning platform. The training is based in MOOC - Massive Open Online Course and follows a collaborative learning approach supported in training itineraries adapted to the pace of each trainee. The structure of the MOOC consists of case studies, informative micro-pills, and various reference materials, facilitating the learning and integration of knowledge. The case studies consist of video contributions with interviews of experts from companies providing their testimonials strongly related to the application of Industry 4.0 to plastics. The micro-pills are short videos introducing sub-topics which are deemed as essential for the comprehension of the topic and for better understanding of reference materials. Reference materials are training materials such as papers, videos, documents, and infographics that the students can use to delve deeper into specific topics. The training materials are available in English, Spanish, Italian, and Portuguese.The training lasts about 3 weeks and the course is divided into 3 modules, as follows: -M1: Impact of I.4.0 in Plastic SMEs-M2: Basis of I.4.0-M3: Strategy Innovation Management Each module is composed of 4 main topics structured in learning units with a duration of one week each.Participants will be able to validate their knowledge on specific topics through an inquiry while always being able to reinforce their learning on the e-Learning platform. After that, students should complete a diagnosis to understand the current situation of their company regarding digitalization. Once the training is finished trainees will obtain a personalized Report, supporting the definition of the strategy and applicability of I.4.0 within their company.WHERE? - e-learning platformThe training course for managers of the plastics industry is provided through an e-learning platform that uses Moodle as LMS (Learning Management System). It contains 1 Moodle course organized into 4 sections, the content of which is filtered by language. There are 4 languages available: English, Italian, Portuguese and Spanish. The language chosen by the user also affects the interface translation.The user ID required to access the platform can be obtained free of charge by registering on the 4zeroPlast APP; users may then access the “E-learning” section of interest. All operations are managed by the APP using a Single Sign On protocol,HOW? - the APP toolThe 4ZeroPlast project required a highly customized technical solution in order to provide a feasible and state of the art tool that would help CEOs and other C-suite staff in plastics companies to learn, evaluate their knowledge, and diagnose the state of their company regarding I.4.0.In this regard, it was clear to us that in order to make it a suitable solution we had to create a mobile APP that users were able to use ""on the go"", but also with a process that was as easy as possible to use, so non-technical users could easily navigate the process.Thus, we created a back-end infrastructure based on the programming language Python, with the framework Django. This is one of the most modern and flexible frameworks for backend development in current times. This back-end has an administration dashboard where admin users can edit the translations of the questions that appear on the mobile APPs, but mainly, it serves to follow-up on the user registrations and validation process, in order to analyze if users are getting into the APP and using it.This back-end has been put together with API's in order to provide the data to the APPs. These APPs were developed in a native way both for Android and IOS to guarantee full compatibility with the largest possible number of users and devices. The entire infrastructure is hosted in a Tier3+ Data Center in order to guarantee the greatest availability in time and security levels for the tool.Do you want to dive deep into Industry 4.0?Download the APP from the official stores: GOOGLE PLAY and APP STORE"

<< Background >>Recidivism entails the relapse of criminal behaviour, and unlike recorded crime rates in the European population, crime recidivism rates are reported to be as high as 59% in some countries (Fazel & Wolf, 2015). Former inmates have a higher risk of re-perpetrating than other offenders, implying considerable costs and contributing to societies’ criminality and violence (Anderson & Skardhamar, 2014).Prison work benefits inmates, and its potential contributes to a successful re-entry into society (inclusion into the community and no recidivism) are known (Alós et al., 2014), particularly its effects on long term sentenced inmates (Zanella, 2020). Several benefits of professional reintegration are known, alongside the success rates on re-entry into society (inclusion into the community and no recidivism) (Alós et al., 2014). Working to remain occupied has fewer benefits and a positive impact than working to achieve a qualified job (after completing the sentence) (Society for Human Resource Management, 2019). Therefore, other factors in prison work models should be considered, such as the positive impacts of acquiring skills in industries in need of human resources compared with the acquisition of competencies in already served industries – the first is known to offer higher employability rates (Alós et al., 2014).According to a study from the Society for Human Resource Management (2019), job recruiters have struggled to recruit for full-time regular positions in skilled trades such as electricians, plumbers, mechanics, welders, carpenters, transportation, namely drivers, construction and extraction workers in mining, community and social service workers, such as therapists and social workers and manufacturing industry. Another study has determined that, in an international context, the European industry will need 400 thousand more workers by 2030 (Manyika et al., 2017). These needs will be primarily felt in the textile, clothing, leather and footwear industries. In Europe, these industries represent an annual business volume of 200 thousand billion euros and employ 2.2 million people in 225 thousand companies.Prison services are challenged to increase the quantity and quality of prison work available, and their staff are in the spotlight and still with no continuous learning offer to develop their competencies on the field. Prison work has been a recurrent topic for many national and European projects throughout the past years - and STEP2LAB intends to complement these. This project focuses on building competencies on both sides, targeting adults and organisations involved in Prison Work, either from prison administrations or from specific private industries, alongside the inmates. This project aims to work with prison services and private industries in need of manpower, teaching them how to acquire competencies to create effective and collaborative itineraries of socio-labour integration for inmates. It also targets a younger audience, seeking to capacitate and motivate lighter sentences or end-of-sentence individuals to pursue a professional career and follow a sustainable living project. This project will provide to eases the prison management to the staff (Molleman & Leeuw, 2011), the reinsertion process of the inmate (Solomon et al., 2004) and the chance of (re)incarceration (Zanella, 2020), among others.<< Objectives >>STEP2LAB aims to target adults participating in Prison Work from prison services or members of specific private industries in need of manpower. Individuals tend to gain a whole series of skills to compete in the labour market, facing a limited support structure to help them achieve economic independence. This, combined with the community’s negative attitude towards employing ex-inmates, means appropriate support networks ought to be established to employ individuals, educate, train or enable them to access other support services such as work opportunities. This project is focused on enhancing prison work by developing a model to support cooperation between prison work and private industries. It seeks to provide effective career options to inmates, preparing them during the sentence and favouring a positive return to society of those imprisoned and fulfilling prison sentences. In concrete, the targeted adult learners include (1) inmates, (2) prison staff and (3) professionals working in private organisations and civil society organisations. In specific, STEP2LAB aims to address the needs of these target groups by providing a capacity-building package to both prison services and private industries in terms of setting effective prison work strategy, configuring a model suitable to each country needs. It will introduce continuous improvement protocols, define standards of cooperation with employers, and empower their staff to deliver standardised and certified induction training corresponding to the labour market offers after release. Its specific objectives include:- Create a replicable process to enhance prison services and private industries collaboration to create and implement complete procedures of inmates’ employment;- Create a model of guidance, training and insertion based on a collaborative approach between prison services and private industries enhancing the development of the career plan, including continuous learning, job qualification and employers’ preparation for the recruitment of inmates’ after release, tested with 36 inmates per participant country;- Create a standard to an induction training to be provided to inmates’ willing to acquire new competencies necessary to be employed in a specific economy industry, testing it with 36 inmates per country;- Design a training of trainer’s course to be delivered to prison and private industries staff on setting up and managing STEP2LAB processes and models. The project wants to pilot with 36 inmates per country, providing vocational guidance, a package of basic competencies induction in a specific industry, developing a career plan, and testing internships programs while completing the prison sentence.<< Implementation >>The STEP2LAB project structure foresees three different groups of activities:- Transversal activities that follow the project lifespan and ensure project management, dissemination, and evaluation; - R&D activities that provide coherent development of the proposed solutions according to the current needs and international experience (Project Result 1, Project Result 2, Project Result 3); - Piloting, roll-out, and mainstreaming activities ensure the adequacy and sustainability of the proposed solutions over time (Project Result 1, Project Result 2, Project Result 3 and Project Result 4).Project Result 1. Manual: Model of guidance, training and insertion (GTI) into the labour market.This Manual analyses how guidance, training, and labour support are provided in each prison service, especially in collaborating more effectively with private organisations while keeping public functions and responsibilities. What is the role private companies offering PW opportunities can play in the GTI process? How do prison services and private organisations set up the collaboration? What are the benefits for all sides: prisons, inmates, private organisation and society, of having an integrated approach and what do they need to achieve it?This project result will provide a Manual to be used both by prison and private organisations staff, seeking to increase the potential of the GTI path. Activity 01-1. Review existent manual for GTI processes cooperationActivity 01-2. Design a train the trainers for practitionersActivity 01-3. Deliver 1 pilot – including the testing with 36 inmates in each countryActivity 01-4. Deliver 1 transnational manual with the national chapterProject Result 2. Training: Private industries induction training for inmates. The first axis for a GTI process is guidance, but the second and most critical one is the training. This project will review how prison services and private organisations work together when setting up candidates to enter specific industries. Afterwards, it will design an induction training for a new career path, using the industry of moulds. It seeks to provide inmates with essential competencies, enabling them to access job opportunities and motivate them to invest in a career path.Activity 02-1. Induction courses review Activity 02-2. Design course curricula and courses organisation protocolsActivity 02-3. Partners exchange of training materials, setup of pilot and development of the induction training courseActivity 02-4. Deliver 1 to 2 pilot coursesProject Result 3. Catalogue: Integration Case Studies. Each GTI process implementation will be follow-up by the evaluation and quality analysis tools. The application of these tools will allow the project partners to create the inmate’s induction reports. These GTI reports, especially those regarding pilot actions (work-based component) implementation, will assure the quality of results and impact. Some GTI processes will be selected and presented in a catalogue to work as promotion and best practices to other industries and within the same industry in different geographic areas.Activity 03-1. Design of catalogue structureActivity 03-2. Selection of GTI casesActivity 03-3. Piloting Catalogue with industry and industriesActivity 03-4. Catalogue development guideProject Result 4. Training: Train the trainers. The training the trainer activity will tutor Prison Services and Industry Associations on the guidelines, framework and workflow of the GTI cooperation process. This capacity-building course will be vital to help internalize and mainstream GTI processes, and facilitate industry engagement.Activity 04-1. Design course curricula based on case studiesActivity 04-2. Develop and partners exchange of training materialsActivity 04-3. Set up a Learning Management System (LMS) platformActivity 04-4. Deliver 1 pilot course to train the trainers in each countryActivity 04-5. Embed the manual into annual training<< Results >>There is little controversy in the literature when considering the positive impacts of prison work for inmates. Studies show that work in prison goes far beyond an opportunity to receive an income for inmates: it is the primary instance for socialisation for prisoners, offering a context in which they can develop a sense of ownership, fulfilling an essential therapeutic and educational role in the resocialisation of inmates (Esteban et al., 2014). The mentioned impacts vary hugely according to a wide range of factors present in prison work models.Another aspect mentioned in the literature is the lack of rigorous evaluations of such prison work programmes (McEvoy, 2008). STEP2LAB builds on these findings by promoting competencies for a specific target group: adults and organisations involved in Prison Work, either from prison administrations or from specific private industries in need of manpower. Plus, the targeted adult learners include:- Inmates;- Prison staff;- Professionals working in private organisations and civil society organisations.STEP2LAB aims to address the needs of these target groups by providing a capacity-building package to both prison services and private industries in terms of setting effective prison work strategy, configuring a model suitable to each country needs. It will introduce continuous improvement protocols, define standards of cooperation with employers, and empower their staff to deliver standardised and certified induction training corresponding to the labour market offers after release. The project results will be developed sequentially and include a set of activities structured to create the innovation process. There will be information and knowledge to be used to develop the following project results and piloting. The list of foreseen outcomes is presented below: - Manual: Model of guidance, training and insertion into the labour market- Training: Private industries induction training for inmates- Catalogue: Integration Case Studies - Training: Train the trainersSeveral programmes implemented in prisons worldwide focus on recidivism’s prevention, which is essential to rehabilitate incarcerated individuals (Patterson, 2013). This project seeks to achieve this outcome alongside promoting higher employment rates among the ex-inmate population, as prison work benefits inmates and potentially contributes to successful re-entry into society (Alós et al., 2014).

Several studies carried out in the international mould industry identify the mismatches between the training offer and the growing demand for specialisation in the labour market for moulds. In addition to skills shortages in European manufacturing industries and the need for stronger links between business and education, the European mould sector also suffers from the loss of implicit knowledge due to the retirement of experienced workers from the labour market and a shortage of motivated young people willing to work in the mould sector, with the consequent difficulty for an adequate generational replacement. The main objective of the MOULVET project has been to minimize the generational problem detected due to the lack of certain skills demanded by the companies from the mould sector to students and inexperienced workers. MOULVET has developed Open Educational Resources (OER), based on the knowledge (gained through experience) of workers with experience in the mould sector, which complements the formal and non-formal training of students and inexperienced workers in the sector. This training, aimed at enriching the knowledge of these groups, reduces the mismatch between the skills acquired through existing training and those required by companies. This is the main objective of this initiative, retaining the knowledge of experts in the sector, which has allowed to establish a closer link between industry and training and promotes the use of ICT through the OER platform and the application of augmented reality (as a way to engage new generations also). The MOULVET consortium has brought together a multidisciplinary and complementary team made up of five organisations from three different countries (Germany, Portugal and Spain), all leaders in the manufacture of moulds, namely: AIJU, with more than 30 years of experience collaborating with companies to improve their mould design and manufacturing processes. It has a team of experts in 3D, design, animation, augmented reality programming and game development. It also provides training and collaborates with professional training centres and universities to improve the skills of students and young workers in the sector. CEIV, has extensive experience in disseminating different national projects. In addition, it has provided a solid framework to guarantee the quality and adequacy to the established objectives of the project, its dissemination and exploitation. In addition, CEIV, as an association, provides sector companies interested in improving this type of training as stakeholders. CENTIMFE, whose main objective is to support the technological development of the mould and plastic sectors in Portugal. It also develops education and training activities in the sector. It contributed its technical knowledge on mould design and manufacturing to extract the information from the experts and to propose the structure and content of the case studies and to contribute its vision in the design of the practical cases. KIMW-Q. The activities of this education and training centre (for moulds and plastics sector) are practice-oriented. Its vision on the characteristics of must meet the type of training that has been developed in the project, created the baseline on which the OER was developed.WI-SWF is an expert organisation in the research and development of tools for industry, including moulds. Its main task is the transfer of new technologies between industry, manufacturers and the University of Applied Sciences. The project has been structured in five main blocks: 1. MANAGEMENT AND COORDINATION 2. QUALITY ASSURANCE AND EVALUATION 3. DISSEMINATION AND COMMUNICATION 4. EXPLOITATION STRATEGY 5. INTELLECTUAL OUTPUTSThe main result of the project has been the development of the MOULVET platform containing the three project outputs or results. Each of the results of the project is listed below:O1: In which the student learns the most frequent errors and the causes that produce them in the design and manufacture of moulds. O2: In which, the student tests his knowledge and learns about the causes of the most common defects that can occur during the process of mould design and development.O3: The MOULVET platform, which contains the OER developed during the project and some extra material. The augmented reality MOULVET app offers access to the platform. Thanks to MOULVET, students and inexperienced workers in the design and manufacture of moulds can acquire new knowledge (which come from years of experience) that complements their training and allows their skills to match those requested by companies in the sector.

POLYMERS-5B aims to develop novel alternative biobased polymers synthesized from biobased monomers (diacids, diols, diamines, hydroxyacids, aminoacids, aromatic and phenolic compounds, fatty acids, oils, furans), sourced from underexploited second generation (2G) feedstocks such as agri/food waste (Tomato and Olive wastes) and biomass (wood pulp and lignin derivatives), obeying the food first and cascading principle. The project will resort to Biocatalysis and Green Chemistry processes to generate novel biobased polymers like polyesters and polyamides with pendent functional groups, (e.g., hydroxy, carboxylic, amine, epoxy, thiol, others), polyphenols and poly-furans, that mimic fossil-based polymers properties (e.g., polyethene terephthalate-PET, Polyurethanes-PUs, Acrylonitrile butadiene styrene-ABS, Amine and other polymeric resins), targeting improved biodegradability. These new polymers will be blended to provide valuable bio-composites and polymeric materials for the textile, automotive, furniture and polymeric resin markets. Machine Learning (ML) tools will drive the optimization of the developed technologies towards minimum resource usage “zero waste” and “zero pollution”, while technological, economic, and environmental sustainability aspects will be incorporated early in the design phase by adopting Sustainable by Design (SSbD) approaches. This sustainable strategy will contribute to an increase in the availability of monomers, bio-based polymers & plastic materials synthesized in the EU, that meet the Green Deal targets, reducing the carbon footprint and dependency on fossil-based raw materials and derivatives.