Model for the Valuation of a Technology Established in a Manufacturing System

Schuh, Günther; Schubert, Johannes; Wellensiek, Markus

doi:10.1016/j.procir.2012.07.103

Cited by 15 publications

(5 citation statements)

References 11 publications

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“…In that sense, TV may be seen as a process, thus characteristics of dynamicity, flexibility, temporariness and acceptability can be attributed to it (Jiménez & Castellanos, 2013. As a consequence, TV is necessary in several scenarios, such as technology analysis and prospecting, technology transfer and technical development strategies (Schuh, Schubert, & Wellensiek, 2012).…”

Section: Patentsmentioning

confidence: 99%

Minimum Qualitative Variables to Value Patents by Technology-Based Firms

Arroyave

Enciso

Hernández

2019

Journal of Technology Management & Innovation

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Since the 1990's, intangible assets such as patents have taken on importance in organizations and, as a result, several stakeholders are increasingly concerned about protecting, valuating, commercializing and negotiating technologies developed by patenting processes. This study aims to establish Minimum Qualitative Variables (MQVs) to support the valuation of patents by technology-based firms. The method to determine the MQVs was qualitative and based on a correlation matrix between MQVs identified in the literature and those suggested by experts. The results indicate that identifying such variables, especially the legal kind, is crucial to the valuation process because they suggest the possibility of producing and commercializing the technology in a given geographical context.

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Section: Patentsmentioning

confidence: 99%

Minimum Qualitative Variables to Value Patents by Technology-Based Firms

Arroyave

Enciso

Hernández

2019

Journal of Technology Management & Innovation

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“…Lately, several authors have applied technology valuation methodologies for specific technology fields, among others, we have valuations for construction technology (Se Joon, et ISSN 2162-4860 2016 al., 2010), for organic process (Cannon & Breen, 2010), for Photovoltaic technology (Chanwoong & Juneseu, 2014); for manufacturing systems (Schuh, 2012); for Magnetic Resonance Imaging (Blankart et al, 2008); for life sciences technology (Mayhew, 2010;Bogdan & Villiger, 2010); and valuing oil production by using real options (Boer, 2000).…”

Section: Business and Economic Researchmentioning

confidence: 99%

Methodology for Rapid Technology Valuation with Restricted Incomes

Vega-González

Velasco

2016

BER

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The aim of this study is to present a rapid methodology to valuate the technology developed at R&D university institutions. The methodology is a variation of the classical Income method and is based on the calculation of total permutations obtained from the data of an array of highly punished yearly incomes expected for previously defined multi-scenarios and the statistical averaging of such permutations. The method is applied to valuate an energy saving technology device, in order to illustrate its process of implementation. This methodology results in a practical and useful method for obtaining a first monetary value for the technology which allows the realization of vital and rapid decision making in a global economic dynamic in which the speed and reliability in decision making is vital for the competitiveness. Final results of the presented case shown that the presented methodology can be adapted to be used to obtain a first monetary value for almost any field new technology products with promising commercial expectations, which could have many different application opportunities. It can be used for the R&D developers in order to obtain

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“…Klocke et al [13] developed a systematic decision making process in manufacturing technology planning and an approach to select proper machinery for small scale manufacturing companies. Schuh [14] developed a valuation model that allows to quantify, measure and assess consequences of different application of a specific technology and its value contribution to the manufacturing system. Riberio et al [15] proposes a comprehensive life cycle framework to support the selection of sustainable technology and manufacturing processes.…”

Section: Progress In Production Engineeringmentioning

confidence: 99%

Concept for Assessment of Manual-Assembly Technologies

Herder

Aurich

2015

AMM

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The global competitive situation and change to customer market results in shorter product life cycles and high variant diversity as a consequence of customization. Especially in assembly systems the increasing complexity forces manufacturing companies to enhance their flexibility. In manual assembly systems the worker and the use of his cognitive skills provide the required flexibility and knowledge to perform the assembly process efficiently. The presented approach deals with an integrated technology management concept for manual assembly. Thereby, a special focus is set on support technologies which are aimed to support the cognitive skills of the worker. In the first step useful technologies have to be identified on the base of a specific search strategy. As soon as a potential technology is identified, the technology investigation starts. Core element in the concept is an impact analysis to assess the benefit of new support technologies in a specific manual assembly system.

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Model for the Valuation of a Technology Established in a Manufacturing System

Cited by 15 publications

References 11 publications

Minimum Qualitative Variables to Value Patents by Technology-Based Firms

Minimum Qualitative Variables to Value Patents by Technology-Based Firms

Methodology for Rapid Technology Valuation with Restricted Incomes

Concept for Assessment of Manual-Assembly Technologies

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