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[CATALÀ] En el present projecte es desenvolupa un sistema de cultiu de vegetals destinat tant a espais interior com exterior i que afavoreixi la cooperació i autosuficiència d’un individu o d’una comunitat de persones. Per dur a terme el projecte es consideren els principals punts enumerats a continuació de forma ordenada. Un anàlisi de l’estat de la qüestió que presenta el cultiu de vegetals i un anàlisi de les necessitats de l’usuari i quins requeriments presenten. Aquesta primera fase servirà de base per presentar els requeriments del briefing i poder oferir solucions a posteriori. Tot seguit, es desenvoluparà un estudi de propostes i dissenys que, d’una forma o altre, pretenen complir la majoria dels requeriments preestablerts. A continuació es presenta una proposta formal que desenvolupa i defineix l’ergonomia, les dimensions, formes, colors, mecanismes i materials que la conformen. Per acabar, es desenvolupa un seguit de documentació tècnica referent al producte dissenyat i que ha de servir per guiar la seva industrialització juntament amb un pla econòmic. El producte obtingut és una torreta modular amb suficient capacitat per produir tot tipus de vegetals en diferents medis de cultiu. Cada torreta té diferents possibilitats de connexió amb altres torretes per facilitar una distribució flexible. A més, el mòdul està pensat per poder-se desmuntar i ocupar poc espai en cas d’emmagatzematge degut a una torreta de silicona plegables i una estructura de llistons desmuntable. [ANGLÈS] In this project an inside and outside cropping system is developed. The aim of this project is to encorgae the cooperation betwin comunities and self-supply. To develope this project the next main point have been followed. First of all, an alysis about how gardenning and cropping is known by the population and how they feel and what they know about it. Then The user is anaysed to know how they interact with gardens adn the fact of growing theyr own food. This first section is used as a base to find the requirements of the briefing. The second part is about developing ideas with the adquired knowledge throw new ideas and designs. After that a formal proposal is made and de following project is about developing it. Some parts are developed like ergonomics, dimensions, materials, colors and textures, mechanisms and how it works is explained. Finally, technical documentation is attached with the aim of makin an idea of how the product should be industrial developed. The final product is a modula plant pot of big mesures wich is able to grow lots and different vegetable in diferent ways of growth. Every plant pot has different possibilities to mach with other plant pots and creat diferent forms. Although the plant pot is big it offers the possibilitie of an easy disassemble to stock it when is not used.

Treball desenvolupat dins el marc del programa 'European Project Semester'. Most current day packages consist of only a cardboard box and stickers with a postal address. In the case of shipment of very sensitive items, a "FRAGILE" sticker is added. In order to change this state, The Smart Packaging group under the supervision of the Monocrom company and UPC University has been established. The objective is to record several conditions which are present during shipment and to pass history of the events to the customer before opening the package. What is more, the content of the package has to be secured against shocks, ESD and humidity. The following paper shows results done in various realms such as: electronics, sensors, inner foams, outer box, materials and describes the first steps of designing process.

Treball desenvolupat dins el marc del programa 'European Project Semester' i l' "International Design Project Semester". Sea containers are used globally for shipping and have been for over 60 years, there are millions of them worldwide sitting unused in ports, recently individuals and businesses are realising the potential of this and using them to construct permanent buildings faster and cheaper than traditional buildings. Neàpolis, an innovation agency situated in Vilanova i la Geltrú identified the potential of sea container for a new business property. The present report details the project “Sea Container Building” during the European Project Semester 2017, completed by six international students at Escola Politècnica Superior d’Enginyeria de Villanova i la Geltrú (EPSEVG) in cooperation with Neàpolis Neàpolis encountered a problem due to a lack of space to expand their business so they announced the above-mentioned project. The task given to the team was to design, analyse and plan a new multipurpose building using sea containers as the primary building material which should be constructed on the site next to the main Neàpolis headquarters. First of all, general information about sea containers and existing sea container buildings was researched. Secondly the requirements set by Neàpolis were written down. The new construction must consist of a cowork office space, a maker space, a bar/café and an exhibition hall offering space for at least 30 people altogether. Thirdly the building site is examined and the urban regulations are analysed. At present the plot is qualified as a Green Zone, thus it is not allowed to build. However solutions to change this circumstance exist and should not limit the project. Followed by various research about the climate and eco aspects which led to several exterior design concepts which were then refined into a final design and agreed upon by all stakeholders. Based on the design and the plot characteristics a foundation type was chosen and the sewage piping was planned. At the same time as the exterior finishing the interior layout started in close relation with each other. Floor plans and electrical plans are created. Furniture is chosen and the interior layout is completed. Furthermore the construction process is planned to estimate the construction time and compare it to a classic concrete building. Over the whole planning the costs are monitored and calculated with estimated and researched numbers for each element to give as precise a total cost estimation as possible and to also compare it to classic concrete buildings like the construction time. A conclusion and an outlook (list of next steps) are completing this report.

Treball desenvolupat dins el marc del programa 'European Project Semester'. 6-Pack crisps are one of the main products sold by PepsiCo using the standard shelf storage options offered by Tesco PLC. While presenting specific packaging involves a multitude of variables. This report focusses on cognitive recognition, brand confusion and product attractiveness. PepsiCo asked the research team to investigate innovative ways of presenting the crisp 6-pack variant on instore displays. research shows that attraction is crucial in the form of expected rewards. The combination of cognitive recognition and customer attraction relates to brand confusion in the loss or increase of sales in an increasingly competitive market. The problem as portrait is a situation where the product is no longer in the shelf due to consumption patterns. Therefore, the research group decided that there must be a multitude of variables at play. The option to solve the problem using technology in the standard Tesco shelves was dismissed as the construction was not flexible enough to incorporate this kind of complexity needed for the upgrade to be viable. The decision was made to design a shelving solution that would be upgradable with modern technology’s. Deciding what kind of mechanisms would be available generated 4 basic principles mill, pulley, gravity and facing. After carefully selecting a multitude of criteria and weighing factors the design matrix was used to select the most suitable design. The 4 options displayed in appendix VI were rated and the results were put into the matrix (see appendix II). The pulley system clearly preformed best in the most important criteria like enhanced visual appearance, increased amount of kg/ shelf and consumer access. The availability of including smart technologies on a relatively easy basis is a pre-for future sustainability of the product making this design the overall the most suitable choice. The whole shape and appearance of the body-design was meant to be as simple and minimalistic as possible to highlight the crisps. The height of the pick-up window is positioned at hand level to provide effortless accessibility to obtain the package, while the upper layer covers eye level. The customer is not disturbed by half-empty and messy packaging inside the shelf. The clear design of the front wall provides advertisement space, product information, brand identity, pricing, discount alerts and communication with customers in general. The main body covers the mechanical parts and is made from white acrylic, both sides contain transparent material showing the internal mechanism. Monochromatic colors support the simple shape and lightness of its design. As was mentioned above, the minimalist and clear design is useful for advertisement sections and it could increase the customer’s attraction with motion graphics, touch sensors, interactive screens, etc. On the other hand, the use of intelligent technologies like weight sensors for automatic stocking and sensors for movement detection would also increase sales opportunities. The final product will potentially improve the current situation and create a template for future development incorporating smart technology. The short-term implications are therefore limited to the display of a new concept for presenting the product on a shelving solution. The long-term could potentially involve future development into automating the entire shelf, increasing the overall effectiveness, sales capability’s and services in all stores subjected to the new machines. The recommendation is to continue the expanse of the project, proceeding to the next step which consists out of building a fully automated prototype to create a visual showcase of the hidden potential. The base concept is available as a template that can be subjected to all kinds of electronic improvements. The time necessary to complete this step is subjective to the experience of the builders as the blueprints are available.

Treball desenvolupat dins el marc del programa 'European Project Semester' i l"International Design Project Semester". Toilet flushing is the single highest use of water in the average home. Toilets make up about 31% of overall household water consumption. Most WC bowls used in western countries are fitted with a water trap that uses a large amount of water for preventing odor from the sewers from traveling back into the room. The current market standards differ between 6/3 liters and 4,5/3 liters using this system, and latest developments have proven that the water flush cannot be reduced further. Because of this, finding a way to replace the current water trap with another mechanical solution is the main objective for this project. The basis of this project is to develop a mechanical flapper that would work automatically with the help of springs that would allow for a significant flush water reduction.

PFC del programa Erasmus EPS elaborat a Fachhochschule Kiel Treball desenvolupat dins el marc del programa 'European Project Semester'. (1) Objectives Due to the frequent faulty being found and the increasing price of the current safety system, the High Ropes Course Altenhof has been starting to invent its very own carabiner, ―Clip – Monkey‖. The Bornack - Permanent Securing System SAFE-link SSB has provided a conceptual idea on the development of ―Clip – Monkey‖. This report’s primary aim was to investigate the design and material that was the most appropriate for developing the ―Clip – Monkey‖ with a secondary aim to explore a diversified marketing strategy to promote the newly designed carabiner. (2) Methods A pre-robust test and a quantitative measure were conducted. There were two points from the carabiner were being stretched to conduct if the prototype were able to carry a designated amount of force. Moreover, a total of 256 high ropes course official webpages were being read through to search for the safety systems that have been adopting at the stage. (3) Findings The pre-robust test result showing that the carabiner was less than capable to bear the required force. On the other hand, a new outcome was also discovered in quantitative results, nearly 80% of the webpages did not provide the information about the safety systems. (4) Recommendations and Discussions The latest design of ―Clip – Monkey‖ is more user-friendly. The safety has been improved and the assembly is being eased. The prototype improvement is closed to finish. In addition, High Ropes Course Altenhof has begun to choose more than one advertising tool, namely public relations. It is recommended that the type of stainless steel which used for the production should be adapted to a more durable material. Furthermore, more marketing communication tools are preferred in the future to make the advertising program more comprehensive.

Treball desenvolupat dins el marc del programa 'European Project Semester'. The purpose of this project is to create a STEM inspired workshop that can be used in science classes. Science can be an arduous subject for students, so in modern times schools are trying to make it more appealing by conducting experiments, albeit with mixed degrees of success. Investigation has been conducted to find the main factors that keep teachers and students from having an engaging experience. One of the main problem is that teachers do not have enough accessible resources to provide students with qualified experiments that perfectly combine fun and knowledge. Surveys and four in-person interviews with experienced physics teachers, have been conducted in order to find the root of the problem and propose a solution. With the results concluded, a coordinated group of product designers and electromechanical engineers have developed a workshop that provides an easy and accessible tool for teachers. The purpose of this tool is to let students conduct and experience science using alternative sources of energy, specifically wind energy. Letting students experience science in an applied and memorable way has many benefits. STEM education can greatly improve motivation of students to pursue a career in science. Thus ensuring the continuity of science that drives innovation and progress in our society. Providing our tool to teachers will help them to reach students in such a way and give them a taste of alternative science teaching-methods.