Voimalaitosprosessipolttimien automaation tuotteistaminen
Mäkitalo, Toni (2016)
Mäkitalo, Toni
2016
Automaatiotekniikan koulutusohjelma
Teknisten tieteiden tiedekunta - Faculty of Engineering Sciences
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Hyväksymispäivämäärä
2016-06-08
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:tty-201605264157
https://urn.fi/URN:NBN:fi:tty-201605264157
Tiivistelmä
Thesis work processes new automation product development in delivery organization. Orderer of this thesis work is Valmet Technologies incorporation, whose business consist of supplying and development of technologies, automation and service for pulp, paper and energy industries. Thesis was carried out among with specific product development team in Pulp and Energy business line as part of a new product development project. The demand for the thesis was to produce a cost efficient product model for delivery projects and represent how new product development is done.
Thesis seizes new product development processes and the information needed to create a new product model concerning specification, building and testing from idea to testing phase. The firm has recognized a demand to develop automation product which has better price competitiveness. Thesis represents how to develop a new automation product, which fulfills requirements entered from stakeholders. One goal for the thesis is to depict re-usable new product development process model.
Designing of the product model used the company’s product data information systems. Product design is a two-level process, in which the upper level requirements for the product were set by company strategic landscape or CSL-framework model. Lower level requirements formed from different processes represented in the thesis. The empirical part of the thesis was built on pilot project. Pilot project validated the product model and single automation product. Simultaneously was used design to cost method or DTC-method, which enabled the product model cost monitoring for upcoming projects.
Thesis determines an approach for new product development and tactic processes involved in it. Development creates a product model. Thesis states that the new product development process is asynchronous, but it involves systematical action, which consist of various different processes and methods. At the end of the thesis conclusion is proposed whether the product model is what was needed and if the approach is good. The end of thesis also clarifies benefits and the competition or the alternatives for the product model.
Thesis seizes new product development processes and the information needed to create a new product model concerning specification, building and testing from idea to testing phase. The firm has recognized a demand to develop automation product which has better price competitiveness. Thesis represents how to develop a new automation product, which fulfills requirements entered from stakeholders. One goal for the thesis is to depict re-usable new product development process model.
Designing of the product model used the company’s product data information systems. Product design is a two-level process, in which the upper level requirements for the product were set by company strategic landscape or CSL-framework model. Lower level requirements formed from different processes represented in the thesis. The empirical part of the thesis was built on pilot project. Pilot project validated the product model and single automation product. Simultaneously was used design to cost method or DTC-method, which enabled the product model cost monitoring for upcoming projects.
Thesis determines an approach for new product development and tactic processes involved in it. Development creates a product model. Thesis states that the new product development process is asynchronous, but it involves systematical action, which consist of various different processes and methods. At the end of the thesis conclusion is proposed whether the product model is what was needed and if the approach is good. The end of thesis also clarifies benefits and the competition or the alternatives for the product model.