Wyniki wyszukiwania - BazTech

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Designing the design. Application of design thinking to social innovation planning

Piłat Patryk

Zeszyty Naukowe. Organizacja i Zarządzanie / Politechnika Śląska

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2024

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z. 193

317--341

EN

Purpose: This narrative review shows the scope of the application of design thinking in planning social innovations based on the goals of implementing design thinking identified in the literature. Design/methodology/approach: This paper is a classic literature review, with particular emphasis on articles from recent years presenting specific practices in the application of design thinking. Research limitations/implications: This study is a qualitative review and cannot constitute the basis for a quantitative assessment of the effectiveness or convenience of using the discussed approach in social innovation. Moreover, this is not a systematic review. Therefore, it is not free from possible areas that have not been fully exposed. Practical implications: This study can help build a strategy for using design thinking to plan social innovations by entities that are interested in them. In particular, it allows you to identify the goals of using design thinking that are consistent with the goals of a given organization. However, this approach has not yet been used. Social implications: This paper identifies the goals of using design thinking based on the analysis of current practices; therefore, it contributes to a better understanding of the organization’s operating strategy, which is particularly useful in promoting and planning social innovations. It can accelerate social innovation where it can be the subject of this approach. Originality/value: The presented paper is an original review of scientific work. It is particularly addressed to management theorists and practitioners, who may find it helpful in identifying new areas in which they can apply the design thinking approach. The term ‘desing thinking’ is generally understood as an approach to problem-solving or a specific problem-solving process based on this approach.

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The study of co-design in the area of manufacturing

Krawczyk-Dembicka Elżbieta, Urban Wiesław, Łukaszewicz Krzysztof

Bulletin of the Polish Academy of Sciences. Technical Sciences

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2022

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Vol. 70, nr 6

art. no. e143930

EN

The study is devoted to the co-design concept which is not widely studied in the manufacturing industry area. The concept is just practiced but not theorized and not investigated enough, although it greatly deserves it because of its perspectives and advantages potential in the technology changes era. This study aims to present an investigation of literature views on co-design in manufacturing operations, with the comparison to service literature where it is widely discussed; the study also aims at in-depth investigations of co-design occurrences in two industrial cases of product development to understand their nature and circumstances. In addition, the influence of Industry 4.0 technologies and their coexistence with the concept of sustainability will also be strongly taken into consideration in the empirical part of this study. The process of the individualized production of the industrial line for animal food packing and cardboard packaging production has been studied according to case study methodology. The study demonstrates that co-design could contribute to bettering the process of new product development and achieving products more accurate for the final users’ requirements. It goes hand in hand with one of the core ideas of sustainability, which is to have long-lasting products, exploited by the customer with a high level of satisfaction for a longer time. The study implies that the technologies of Industry 4.0 could support wider and more effective co-design exploitation by manufacturing entities.

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Moore, More than Moore, Systemy heterogeniczne, IoT, Industry 4.0: Metodologia, Narzędzia projektowania, Integracja 3D : ograniczenia, wyzwania i droga rozwoju Technologii Elektronicznych

Janczyk G.

Elektronika : konstrukcje, technologie, zastosowania

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2016

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Vol. 57, nr 8

69--74

PL

Prace prowadzone w Zakładzie Projektowania układów Scalonych i Systemów Instytutu Technologii Elektronowej w warszawie (ITE-Z09) obecnie obejmują wiele obszarów badawczych pokrywających szerokie spektrum zagadnień procesu opracowywania, realizacji i testowania układów scalonych, modułów jak np. układy odczytowe, przetwarzania danych, komunikacyjne, całych urządzeń jak np. urządzenia szyfrujące i całych systemów jak np. sieci czujnikowe czy inne, zaawansowane systemy sterowania i kontroli dla przemysłu. Niniejsze opracowanie ma na celu przybliżenie czytelnikowi profilu działalności Zakładu w szerszym kontekście prowadzonej w Instytucie ITE krajowej i międzynarodowej współpracy oraz w świetle obserwowanych obecnie trendów rozwoju technologii elektronicznych. Daje to szeroki obraz współtworzonej w Instytucie metodologii opracowywania produktu obejmujący zarówno zagadnienia prowadzenia procesu projektowania, fizyczna integrację jak i stosowane narzędzia komputerowe i interakcje z klientem przemysłowym lub naukowo-badawczym.

EN

The Department of Integrated Circuits and systems Design (ITE-Z09) conducts basic and applied research in broad range of the design topics in the field of integrated circuits (IC’s) like readout electronics; specialized modules for communication and encryption; functional systems like sensor networks; development of design and application focused on industrial control systems implementation. This paper presents competences of the Department based on the engineering tradition of ITE Institute. This paper is focused on past and contemporary research activities and achievements of the Department profiting from good international cooperation with European research centers and industrial leaders in the field of microelectronics design and applications development. Perspectives and concepts have been also presented and discussed.

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SystemC-based codesign of distributed embedded systems

Deniziak S., Czarnecki R.

Electronics and Telecommunications Quarterly

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2009

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Vol. 55, No 1

71-93

EN

Most of existing co-synthesis methods for embedded systems requires a task graph model of a system. This work presents a codesign methodology for embedded systems specified using SystemC language. For each system specification, developed according to this methodology, it is possible to automatically generate the task graph or the conditional task graph corresponding to this specification. To simplify the codesign process and to reduce the time required to develop the specification, a framework in the form of a library built on top of the SystemC language core was created. This library contains definitions of communication channels, interfaces, ports and macros implementing a model of computation corresponding to the task graph semantics. Benefits of the presented methodology were demonstrated by comparing synthesis results of the same system, represented by different SystemC models and using our co-synthesis methods for SOC, SOPC and dynamically reconfigurable SOPC systems.

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Ewolucja wymagań stawianych dostawcom przemysłu motoryzacyjnego. Cz. 1

Oleksy S., Torczewski K., Koch T.

Problemy Jakości

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2002

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R. 34, nr 6

34-41