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The development and comparison of strategic approaches within a 10-year life cycle planning for absolute rotary encoders

  • This thesis should serve as a model to plan an efficient and smart solution when handling the phase-out process of products by XXXXXXXXXX in form of a 10-year life cycle plan. A deeper look into the product life cycle of three absolute rotary encoder families will be taken: A3M, ARS and ATM. These families are subdivided into different sizes, mechanics and electrical interfaces. By means of a status quo analysis, future trends and tendencies, regarding interface usage, technological changes or industries, will be identified. A survey is being executed to get a clearer perspective and to find out why customers bought a particular encoder: What types of machines are the products being used in? What requirements do the customers need for the future? The outcome of the survey will help to develop successor or alternative products that meet customer needs. The affected encoders are up to 20 years old and have reached the decline phase of their product life cycles. In addition to that, the production of some components of the encoder types mentioned above are being discontinued. In order to identify how much stock of the terminated parts is available, a last time buy range analysis will be conducted. Thereby, a range can be calculated which states how many more years the product can be sold. However, this is a linear calculation which means it is based on the consumption of the previous years. It is very much likely that by considering the insights of the survey regarding future tendencies, the consumptions will develop on an irregular basis, which means that it will decline more and more every year and not stay constant. This is crucial for planning the phase-out of the encoder families. Some of the discontinued parts are not only used for ATM, ARS and A3M but also for other encoders. Building on this knowledge, different phase-out scenarios for the three encoder families will be created. The strategically most fitting one for the respective encoders will be identified by means of a utility value analysis. After concluding the final strategy, a communication strategy will be elaborated to complete this academic paper.

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Metadaten
Author:Alicia Koch
Advisor:Wolf-Dietrich Schneider
Document Type:Bachelor Thesis
Language:English
Year of Completion:2021
Granting Institution:Hochschule Furtwangen
Date of final exam:0021/02/28
Release Date:2021/05/04
Tag:Life cycle plan; Product life cycle
Pagenumber:77
Degree Program:IBM - International Business Management
Functional area:Business Strategy
Licence (German):License LogoEs gilt das UrhG