Auflistung nach Autor:in "Ganbold, Nomindari"

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Data traceability for lifecycle management
(2024) Eisenbart, Barbara; Schlick, Sandra; Ganbold, Nomindari; Smuts, Hanlie; Hinkelmann, Knut
Purpose – This paper studies the benefits of applying a single lifecycle management approach to improve data traceability. Through digitalization there is an increasing rise of “smarter” products. Hardware and software of smart products need to be managed throughout the entire product life cycle, requiring product traceability from product and application lifecycles. Design/methodology/approach – The Design Science Research approach was applied. Data was collected at a Swiss company with around 16’000 employees worldwide via qualitative interviews (n=10) in an IT integration project with dispersed teams worldwide. The identified requirements were tested in an artefact with business using the tool Polarion. Findings – The main result of this research shows that product data traceability can be improved with one life- cycle management tool, which increases efficiency and improves the transparency of processes and disciplines. Findings from interviews confirmed the following requirements: direction, consistency, effort, completeness, visibility, and clarity. Business implication – Smart Products are of raising importance for producing companies. However, traditionally ALM (software) and PLM (product/hardware) tools exist with different users and purpose. The study suggests the implementation of an integrated smart product life-cycle management tool due to its identified benefits to increase efficiency through training of users as well through harmonization and standardization. Originality/ Value – The study revealed various perspectives of senior manager and application manager on lifecycle management. Different levels of management in the company, as well as their skills, have different opinions on data traceability and data integration benefits. Type of work – Empirical Paper
04B - Beitrag Konferenzschrift
Digital representation of smart products by integrating Product Lifecycle Management and Application Lifecycle Management
(Hochschule für Wirtschaft FHNW, 2022) Ganbold, Nomindari; Eisenbart, Barbara; Schlick, Sandra
Purpose: Keeping the product quality good within the range of budget especially when product tend to be “smarter” in this digitalization era. Those smart products are mechatronic products which includes both hardware and software parts. Therefore managing products must include both hardware and software management in the whole product lifecycle management. This research aims to study the benefits of successful implementation of Application Lifecycle Management tool and integrate it with Product Lifecycle Management tool in a manufacturing organizations in terms of improving data traceability, cost efficiency and product quality. Design/methodology/approach: The Design Science Research approach is applied and includes an artefact development process. The research philosophy follows pragmatism with an inductive approach. The research data have been collected through literature review and 10 interview data of tool requirements and user feedback on the tool at software development centre of a high precision instruments producing company METTLER TOLEDO International based in Greifensee, Switzerland. Findings: The main results of this research show that the proper application lifecycle management tool in place already brings a sufficient improvements due to its powerful functionalities to support the different processes of different disciplines in the software development process. Moreover the integration of the two tools would bring even further benefits in the whole smart product producing process. Business implications: The main implications businesses can take from this study is, proper application lifecycle management tool in a different disciplines of software development process can increase productivity, cost saving and increase product quality. Orginality/ Value: The contribution of the researcher is detailed study of requirements engineering discipline’s requirements for a wished tool in the software development process of the partner company METTLER TOLEDO International.
11 - Studentische Arbeit