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dc.contributor.authorStøle, Sondre
dc.contributor.authorEkeren, Hans Lundgård
dc.date.accessioned2015-09-25T08:44:24Z
dc.date.available2015-09-25T08:44:24Z
dc.date.issued2015
dc.identifier.urihttp://hdl.handle.net/11250/301954
dc.descriptionMasteroppgave industriell økonomi og teknologiledelse- Universitetet i Agder, 2015nb_NO
dc.description.abstractFibo-Trespo produces laminate bathroom panel and countertops, in their production facilities based in Lyngdal. The organization started their lean journey in 2007, which has led to increased revenue throughout the years to follow. Today the organization is recognized as one of the leading organization within lean. Fibo-Trespo has gone through extensive changes since 2007, and our research seeks to determine if these changes has anchored into the organization’s workforce. More specifically, our research takes a closer look at the organizations approach to lean continuous improvement, and the effect it has on the workforce. Through interviews and a survey, our purpose is to measure and increase engagement levels within the workforce at Fibo-Trespo with respect to lean continuous improvement. Engagement is a complex term, and several factors can affect employee’s engagement level. When determining what theory to build this thesis upon, we consider the context, and emphasizes the factors that we have reason to believe are more relevant to the case studied. Furthermore, we look into what theory similar studies draw upon. It can be argued that a lean production system is a more fragile production system. The reduction of inventory and buffers makes problems surface, and as we move in the direction of 1x1 flow, the organization is relying on the knowledge within the workforce to tackle a variety of challenges (MacDuffie, 1995). Continuous improvement in the lean methodology can be compared to stepwise innovation, eventually generating new knowledge and value for the organization. To remain competitive in the international market, Norwegian companies need to specialize and rapidly adapt to changes. This leads to an increased focus on being innovative. Learning and establishing knowledge among employees is a focus in lean, but theory describing how the actual learning process takes place is missing (Kalsaas, 2012). The Nordic Model promotes the opportunity to make decisions, learn at work, and broad involvement from employees as factors for characterizing the working environment (Gustavsen, 2011). This thesis therefor includes and emphasizes learning in working life, a theory developed by Illeris (2012), which accounts for the missing perspective on learning within lean. Illeris points out that the most significant learning takes place where individuals meet the fellowship and shapes it, and vice versa. Motivation also plays an important role in developing exceptional people and teams that follow the company’s philosophy. The internal motivation theories point to intrinsic factors as important, where the external theories emphasize extrinsic factors (Liker, 2004). Arguably, there is a motivational balance between rewards and recognition, and conducting the improvements itself. The research utilizes the constructive research approach and is conducted as a theoretically informed case study. Our research process starts with an exploratory phase showing that the organization has succeeded with their initiatives, and has developed knowledge and a culture for improvement work among employees. However, findings also suggest that changes had not necessarily become transcendent. Through second hand sources and several meetings with our IV informant and members of management, we were able to narrow down to a precise research question: “How to increase employee engagement in lean continuous improvement at Fibo-Trespo?” As we move into the main part of our research process, we develop semi-structured interviews that seek to get a more detailed perspective on employees’ approach to improvement work as well as employees’ level of engagement. Furthermore, we want to measure the level of employee engagement within the organization though an organizational-wide survey. The survey bases on a concretization of relevant theory. Every question links to one or several models retrieved from our theory chapter. The concretization of theory makes it possible to determine areas to focus, as results from questions will point to a theory. With great help from the organization, we received a response rate of 87%, thus providing a holistic view of employees’ engagement towards continuous improvement. The questions in the survey is concretized upon the following concepts:  The Nordic Model.  The Technical Organizational Learning Environment.  The Social & Cultural Learning Environment.  Motivational theory The overall results from the survey is considered consistent and positive for the organization, as high levels of engagement are proven. In combination with other collected data, the survey results forms the basis to make several assumptions regarding this success. However, parts of the survey also provides data which points to variation and work pace, as factors that can affect engagement levels negatively. When analyzing these results, we have taken into consideration that running production can result in less room for variation, due to operators being bound to operate machines. The competence system at Fibo-Trespo serves as the backbone for learning and development of knowledge. Through appraisals, the organization builds a database containing one competence profile per employee. Several levels of competence can be reached, which ultimately affect employees pay grade. Results from the open interviews led us to take a closer look at this framework. More specifically, we propose changes to how employees are rewarded for conducting continuous improvements.nb_NO
dc.language.isoengnb_NO
dc.publisherUniversitetet i Agder ; University of Agdernb_NO
dc.subject.classificationIND 590
dc.titleTo Increase Employee Engagement in Lean Continuous Improvement A Case Study at Fibo-Tresponb_NO
dc.typeMaster thesisnb_NO
dc.subject.nsiVDP::Technology: 500::Industrial and product design: 640nb_NO
dc.source.pagenumber107 s.nb_NO


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