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Consumers have been increasingly involved in the innovation process in the last few decades, a major driving force of business success. This involvement is critically important for innovation, particularly in product development. However, consumers frequently cannot articulate exactly what they need, want, or like if they are asked directly. It is very difficult for consumers to articulate their needs and desires. Therefore, researchers have to use other means to understand their motivations. There are many arguments suggesting that focus groups cannot create a reliable direction for new product development (NPD) or message optimization. A solution for this problem lies in a systematic, structured and disciplined experimentation with consumers - presenting them with a set of experimentally-designed products or concepts and soliciting their preferences. It is much easier for consumers to choose a preferred option from a set of concepts. New technologies make it easier than ever to conduct complex experiments quickly and inexpensively. The expanded use of experimentation provides an opportunity to take innovation to a new level. Rule Developing Experimentation (RDE) is an increasingly popular, structured, consumer-based experimentation methodology. RDE works with prototypes, either physical prototypes, prototypes created out of language (concepts), or prototypes created out of visual stimuli (design and packaging). In business, RDE is used both to understand existing products, product categories and packages, as well as to create next generation offerings in the process of new product development (NPD). Rule Developing Experimentation: A Systematic Approach to Understand & Engineer the Consumer Mind explains RDE concepts, beginning from its origins, to novel consumer research techniques and covers applications relevant to a real market context. Readers are also introduced to the concept of Mind Genomicsʼ - a more holistic approach to gaining insight into the consumer mind.
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A new breed of modern designers is on the way. These non-traditional industrial designers work across disciplines, understand human beings, as well as business and technology thus bridging the gap between customer needs and technological advancement of tomorrow. This book uncovers prospective designer techniques and methods of a new age of industrial design, whose practitioners strive to construct simple and yet complex products of the future. The novel frontiers of a new era of industrial design are exposed, in what concerns the design process, in illustrating the use of new technologies in design and in terms of the advancement of culturally inspired design. The diverse perspectives taken by the authors of this book ensure stimulating reading and will assist readers in leaping forward in their own practice of industrial design, and in preparing new research that is relevant and aligned with the current challenges of this fascinating field.
Design. --- Industrial design. --- Design, Industrial --- Mechanical drawing --- New products --- Design --- Creation (Literary, artistic, etc.) --- Technical design
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Production management --- Architecture --- Industrial design --- Project management --- Industrial project management --- Management --- Design, Industrial --- Mechanical drawing --- New products --- Design
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In the first decade of the 21st century product development in networks was predicted to be of ever-increasing importance to businesses of all sizes because of changes in markets, in technology, in networks, and in the competences of Businesses. The growth in new products’ share of businesses’ total turnover and earnings were increasing at an unprecedented speed. The entrepreneurial innovations and technological improvements had resulted in the increasingly fast development of new products and services. Businesses and industries in different countries became increasingly more linked and interdependent in networks with respect to materials, business operations and particularly product development to match the wants and needs of the global market environment to high speed product development. Businesses were therefore encountering increasingly dynamic market fragmentation, shrinking time in market, increasing product variety, demands of production to customer specifications, reduced product lifetimes, and globalization of production. Networks were vital because the competition is not business against business, but network against network. Networks are vital because an increasing part of product development was carried out in all types of networks containing physical, ICT, dynamic, and virtual networks. Speed and pressure on time in product development seemed to continue to increase because customer demands for new products seemed to continue to increase. However, a Business seldom possessed all needed competences, and managers saw product development based on networks as an important solution to meet the strong competition of the future global markets and the strong demand for innovation and innovativeness. The evolution of market demands and focus (required) on competencies of businesses could be characterized as a development from a focus on efficiency, to a focus on quality and flexibility, to a focus on speed and innovativeness. This was why it was interesting and important to research and discuss product development and especially to understand high speed product development of individualized products in fragile market segments. Consequently, findings and learning on aspects like enablers, management tools, technological tools, product development models, product development processes and network tools to speed new product development are presented in this book.
New products --- New product development --- NPD (Marketing) --- Product development --- Products, New --- Commercial products --- Industrial design --- Planning. --- Planning --- E-books --- Production and quality control management --- Information technology industries
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Vanuit de ‘design & build’ ervaringen in zijn eigen bedrijf in Delft heeft Mick Eekhout een geactualiseerde versie geschreven van het boek over de methodologie die hij gebruikt als ontwerper van draagconstructies en bouwconstructies in gevels en daken. Hij heeft de methodologie ook jarenlang aan studenten onderwezen om standaard bouwproducten te ontwikkelen, evenals systeemproducten en speciale producten ofwel (bouw)componenten. Het eerste deel van het boek behandelt methodisch werken, het tweede deel behandelt voor de drie genoemde hoofdtypen (standaard-, systeem- en speciaalproducten) de beste methodologie om tot een succesvol resultaat te komen. Het boek wordt gebruikt om studenten een volledig overzicht over de praktische methodologie van het componentontwerpen en productontwikkelen te geven. Het boek is nuttig voor architecten die speciale componenten in hun gebouwen willen ontwikkelen. Bouwproductontwerpers zullen in het boek meer overwegingen vinden dan ze in hun eigen praktijk tegenkomen. Het doel van dit boek is de innovatieve industriële productontwikkeling van de bouw in de praktijk te bevorderen.
Industrialized building. --- New products. --- New product development --- NPD (Marketing) --- Product development --- Products, New --- Commercial products --- Industrial design --- Automated building --- Construction, Industrialized --- Industrialized construction --- System building --- Systems building --- Building --- Construction industry --- Management --- ontwerpmethodologie -- bouwproducten --- bouwcomponenten
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L'agriculture est aujourd'hui interpellée par la société, qui exige bien plus qu'une simple production alimentaire : aliments de qualité, services environnementaux, insertion de populations marginalisées, revitalisation des territoires ruraux, habitabilité des milieux urbains, développement de productions énergétiques… Cette ouverture des futurs agricoles incite les acteurs ruraux à expérimenter de nouveaux systèmes de production et valorisation, faisant ainsi preuve de créativité et d'obstination pour exister face aux modèles de développement dominants. Parallèlement, ces modèles dominants fondés sur la production de masse à moindre coût continuent à s'étendre, avec les promesses d'un futur basé sur les technologies vertes. Ces évolutions posent des questions. Quel type de développement durable les sociétés veulent-elles ? Comment choisir les innovations qui leur permettront d'y parvenir ? Quels rôles peuvent jouer la recherche et les politiques publiques pour favoriser l'émergence de ces innovations ? Au-delà de l'analyse des options techniques, cet ouvrage s'intéresse aux innovations sociales et institutionnelles. Il démontre que l'innovation est le résultat d'une confrontation entre des visions portées par des acteurs aux intérêts parfois divergents. Il n'y a pas de chemin unique vers un développement durable, il faut à la fois encourager l'émergence et la coexistence de différents modes d'agriculture et de systèmes alimentaires. Le succès ne dépendra pas uniquement de notre capacité à repenser les modèles existants mais également de notre volonté à nous engager dans un processus d'apprentissage dont nous sortirons forcément transformés.
Agricultural innovations. --- Sustainable agriculture. --- Food industry and trade --- Food --- Food preparation industry --- Food processing --- Food processing industry --- Food technology --- Food trade --- Agricultural processing industries --- Processed foods --- Low-input agriculture --- Low-input sustainable agriculture --- Lower input agriculture --- Resource-efficient agriculture --- Sustainable farming --- Agriculture --- Alternative agriculture --- Innovations, Agricultural --- Technological change in agriculture --- Technological innovations --- Technological innovations. --- Processing --- Innovations --- Technology transfer --- agriculture. --- agriculture --- foods --- Innovation --- Innovation adoption --- research --- New products --- New technology --- Sustainable development --- world --- consumer --- environment --- food --- quality --- sustainable development --- farmer --- valorization --- cropping system
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Author's Preface: How to Manage Emotions in Design Innovation In today's time frame, emotions are paramount to people, and emotional relationships are becoming more and more desirable. An extension of emotional relationships is the affinity we feel with the products that we consume in this physical world. It has become essential to explore a manner in which emotions play a vital role in the physical world with which we surround ourselves. Our ambitions, desires, and needs are all driven by our emotions. The products in the physical world support and propel these aspirations and can be seen as a reflection of our emotional desires. This has implications in the architecture design, interior design, fashion design, design of home appliances, automobiles, lifestyle products, etc. The physical world can thereby be seen as an extension of emotion-based human aspirations. Styling is an integral part of any product design and development process. During the styling process, a designer imparts emotive qualities to products. With the diminishing technological differences among products, these emotive qualities play an increasingly significant role in enhancing the desirability and sense of ownership towards the product. However, the absence of quantitative tools to evaluate and determine the emotive quality required in product innovation leads to uncertainty in the styling process. The Concept of Emoha This book proposes a new emotion-centered research framework for product styling that can be used for managing emotions in design innovation process--
Product design --- Motorcyclists --- Motorcycles --- New products --- Consumer behavior. --- Emotions. --- Psychology. --- Design and construction. --- Psychological aspects. --- Feelings --- Human emotions --- Passions --- Psychology --- Affect (Psychology) --- Affective neuroscience --- Apathy --- Pathognomy --- Behavior, Consumer --- Buyer behavior --- Decision making, Consumer --- Human behavior --- Consumer profiling --- Market surveys --- New product development --- NPD (Marketing) --- Product development --- Products, New --- Commercial products --- Industrial design --- Bikes --- Cycles (Motorcycles) --- Motor vehicles --- Bikers (Motorcyclists) --- Motorcycle drivers --- Motorcycle operators --- Motorcycle owners --- Motorcycle riders --- Riders, Motorcycle --- Motor vehicle drivers --- Design and construction
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This open access book summarizes research being pursued within the SISCODE (Society in Innovation and Science through CO-DEsign) project, funded by the EU under the H2020 programme, the goal of which is to set up an analytical, reflective and learning framework to explore the transformations in initiatives and policies emerging from the interaction between citizens and stakeholders. The book provides a critical analysis of the co-design processes activated in 10 co-creation labs addressing societal challenges across Europe. Each lab as a case study of real-life experimentation is described through its journey, starting from the purpose on the ground of the experimentation and the challenge addressed. Specific attention is then drawn on the role of policies and policy maker engagement. Finally, the experimentation is enquired in terms of its output, transformations triggered within the organization and the overall ecosystem, and its outcomes, opening the reasoning towards the lessons learnt and reflections that the entire co-creation journey brought.
Design and technology --- Product design --- Social sciences --- Research. --- Social science research --- Commercial products --- New products --- Industrial design --- Technology and design --- Technology --- Design and construction --- Design Thinking --- service design --- Co-design --- SISCODE --- Policy Making --- Decision Making --- open access --- Technological innovations. --- Continuing education. --- Industrial organization. --- Innovation and Technology Management. --- Lifelong Learning. --- Industrial Organization. --- Industries --- Organization --- Industrial concentration --- Industrial management --- Industrial sociology --- Lifelong education --- Lifelong learning --- Permanent education --- Recurrent education --- Education --- Adult education --- Breakthroughs, Technological --- Innovations, Industrial --- Innovations, Technological --- Technical innovations --- Technological breakthroughs --- Technological change --- Creative ability in technology --- Inventions --- Domestication of technology --- Innovation relay centers --- Research, Industrial --- Technology transfer --- Research
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To be competitive, companies must develop capabilities that allow them to react rapidly to market demands. The innovation methods of the past are not adapted to the turbulence of the modern world. In the last decade, increasing globalization of markets and Industry 4.0 have caused profound changes in the best way to manage the innovation process. This e-book includes a collection of thirteen papers that discuss theoretical approaches, case studies, and surveys focused on issues related to open innovation and its mechanisms.
eco-innovation --- cleaner production --- strategy --- performance --- natural resource-based view --- stakeholder theory --- decision making --- forest management --- Nash Bayesian Equilibrium (NBE) --- Harsanyi’s Transformation (HT) --- risk management --- project management --- sustainability --- social network analysis --- collaborative networks --- project lifecycle --- project critical success factors --- open innovation --- predictive model --- project outcome likelihood --- organizational competencies --- innovation ecosystem --- evolutionary economics --- Panarchy --- resilience --- adaptation --- competitiveness --- innovation --- new products --- functional framework --- SIFSNPIP --- case studies --- ecosystem --- organic wine --- Tuscany --- virtual enterprise --- fuzzy logic --- systems engineering --- entrepreneurship --- technopreneurial intentions --- grand challenges --- innovation ecosystems --- mission-oriented innovation --- SDGs --- sustainable innovation --- systematic literature review --- SLR --- transformative innovation --- typology --- architecture engineering and construction (AEC) industry --- building information modelling (BIM) --- cultivation --- Technological Readiness Level --- smart farming --- viticulture --- lean --- business model canvas --- circular economy --- user integration --- cars --- electric vehicles --- biofuels --- logit models --- n/a --- Harsanyi's Transformation (HT) --- Technology.
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