Creating open innovations in the Norwegian mining and mineral sector Norway stands on the edge of developing the mining and mineral industry1. The Northern hemisphere is expected to be home to vast, undiscovered reserves of minerals, and Norway is the 7th largest mining nation in this northern region. Moreover, the market continues to increase as each person in the western part of the world consumes 15 – 18 tons of minerals each year. The value of the metals and minerals hidden beneath the surface in Northern Norway alone is estimated at 1500 billion NOK2. To underline the possibilities of the sector, Professor Ken Coates, Canada Research Chair in Regional Innovation at University of Saskatchewan stated “If the mining sector is a 1000 yard race, we have gone about 2 yards.” 3 However, mining and minerals is a cyclical, non-renewable resource industry. It is important to exploit its immense potential to contribute to balanced economic growth and sustainable prosperity of Northern Norway. Further to ensue how mining projects can benefit local and Saami communities. Finally to ensure that development is carried out in a responsible and sustainable manner. Despite high economic performance, Norway scores lower on innovation than most OECD countries, EU and the other Nordic countries. Innovation is conceptualized as a dynamic interplay between the forces of scientific and technological development and the forces of markets and demands (Kline & Rosenberg 1986; Fagerberg 2005). Taking the social profile and the high focus on the environment into account, a greater understanding of how innovation may increase social and economic benefits to the existing and the emerging industry in Norway is needed (OECD, 2011). As the value creation in Northern Norway is lower than in the rest of the country 4, it is of vital importance that researchers take advantage and ownership of this exceptional opportunity that exists in this region. As it currently stands, most of the mineral and mining companies in Norway have non-Norwegian origins. As the Norwegian economy is reliant upon growth in the private sector to finance increased public expenditure in the future, it is especially important that Norway is able to utilize the profits that will stem from one of the country’s most precious natural resources. An important consideration in the mining industry is the focus on environmentally friendly and sustainable ways of developing technology for extraction of minerals from the ground, and ways of handling the disposal of unusable materials. Thus, this sector is knowledge-intensive and research-based. The Norwegian Government states “Innovation and research are important parts of the industry. A considerable innovation capability is needed to meet the consumers need for special products” (Nordområdene, Visjon og virkemidler (Stortingsmelding 7 (2011-2012). Tromsø University Business School (TUBS) at arranged “The Circumpolar Conference, High North Entrepreneurship and Innovation” 26- 27th of November 2012, with a workshop for the mineral and mining industry on challenges in commercialization. The representatives from the industry wanted cooperation between the government and universities in order to meet the industrial challenges in the sector. It included the need for increased focus on innovation when working collaboratively with northern communities and people (including indigenous people). Education is needed at the high-school-, college- and university-levels because of the shortage of people educated in the sciences, engineers in particular. Consequently this proposal is based on the challenges the High North must face in order to increase the breadth and width of the competenceThe mineral production (NGU, 2008 numbers) is worth 11, 4 billion NOK and employes 4 800 people in Norway. Further, the processes to produce mineral/ metallic products has a value of 107 billion NOK, employees 22 800 people and exports for 75 billion NOK. 2 Ove Sollid, director at the Stjernøy site of Sibelco Nordic AS. 3 (Circumpolar Conference, High North Entrepreneurship and Innovation at University of Tromsø, 27-28 November 2012, http://UiT.no/ansatte/organisasjon/artikkel?p_document_id=285954&p_dimension_id=88167&p_menu=42374) 4 This is also due to the fact that many of the larger companies have their main office outside of the Northern region, and thus the growth in value creation is registered outside of the region. 1 1 based work life related to mining. Through dialogue with the industry, it is clear that additional challenges within the mining industry revolve around long decision-making processes, difficulty in attracting the right people and issues around transport and cargo transport, which are crucial for the mining industry (Oftedal and Foss, 2013). Therefore, in the future, the Arctic mining industry will need new technology for extracting minerals in addition to a wide range of logistics investments to improve roads, ports and handling equipment. The topic for this proposal is exploring the factors conducive for open innovation in new start-ups (entrepreneurship) and existing firms within the emerging mining and mineral industry in Norway. New knowledge of these factors will be beneficial for the future value creation in the High North, and will extend and strengthen TUBS industrial connection to Finnmark and Nordland based on the work laid down in establishing the Circumpolar Conference in High North Entrepreneurship and Innovation. Theoretical framework and research questions Open Innovation With globalization the era for open innovation has begun for many firms. Open innovation is defined as combining internal and external ideas as well as internal and external paths to advance the development of new technologies (Rost, 2011).Thus open innovations refers to companies being innovative using input from external resources (i.e. inventors, entrepreneurs, researchers, partnering companies) as well as internal resources, their employees. The advantages of cooperation is increasing in the open innovation era. The shift from purely internal R & D activities to increasingly using academic communities and universities has started emphasizing that firms should be open to outside innovation ( e.g. Rigby and Zook, 2002; Christensen et al. 2005). As Chesborough, 2003 puts it: “Not all smart people work for us. We need to work with smart people inside and outside our company”. Since open innovation requires ideas both internally and externally relations, research has starting focusing both on how companies shall create employee networks that deliver open innovation (Whelan et al, 2011) and so called outside – in- process where the company’s own knowledge base is enriched through integration of suppliers, customers and external knowledge sources. These processes may increase a company’s innovativeness (Lausen and Salter, 2006; Lettl et al., 2006; Piller and Walcher, 2006). The theme for this Phd application aims for generating new knowledge of factors which are conducive to open innovation in an emerging industry like mineral and mining5. Emerging industries are characterized by an initial small size and newness of the industry yielding high costs relative to mature industries. Further they are characterized by technological and strategic uncertainty (Porter, 1980). Thus in a situation with new suppliers, customers and markets both entrepreneurs starting new firms and existing companies in emerging industries facing obstacles in making successful open innovations. Thus the research question in this project is: Which factors and processes are driving open innovations in new start-ups and established companies within the mining and mineral sector? The first aspect that will be investigated are how networks are conducive to open innovations. Networks are structures of relations between economic actors which affect behaviour of those involved. Through networks entrepreneurs and organisations get resources like skills, competence, labour, capital, new information and technology, access to market etc. The impact of networks on entrepreneurship has been documented in several studies (Granovetter, 1995; Foss 1993; Greve and Salaff, 2003; Witt, 2004) but the relationship to open innovation has not been explored. A positive association between networking and firm performance (Watson, 2007) and networking 5 The mining part of the industry has long traditions in Norway, whereas the processual mineral industry is younger. 2 and innovation (Nybakk et al., 2012) has been documented in some studies. Research show that network capabilities strengthen the relationship between entrepreneurial orientation and spin – off performance (Walter et al., 2006:558). Organisations can be innovative both through exploring new ideas but also through exploiting resources they already have. Qualitative research suggest that exploration requires that weak ties to develop into innovation organisational capabilities and future innovation. Exploitation, on the other hand requires strong to effective utilisation and development of existing repertoir of corporative knowledge (Harryson, 2008). Hence, both external and internal (employees) networks, and strong and weak network architecture are likely to be conducive to create innovativeness in new and existing companies. Thus our first research question is: Q1: How are external and internal networks conducive to open innovation in the mineral and mining industry? In contrary to the petroleum industry which has long traditions to use research based knowledge and highly educated work force on Master and Phd- level, the mineral and mining industry has been forced to work up commercialisation competence themselves. Through the GeoNor – report (2010) an R & D and innovation strategy directed towards sustainable utilization of mineral resources in Norway (MINERAL 21). A spin-off from universities or ideas taking into commercial use is called academic entrepreneurship (O’Shea et.al 2005; Wood, 2009). As universities are increasingly devoted to fulfill their third mission (aside from research and teaching) in terms of regional innovation, we need further insight into how new start-ups are based on the collaboration with the universities and research institutions such as NTNU, SINTEF, UiT and NGU. University- industry collaboration has been viewed as significant for knowlege and technology transfer and thus regional innovation. But recent research indicate that collaboration has not yet been theorized in the academic entrepreneurship literature (Foss, 2012). Thus scant attention has been paid to the complexity of actors, intentions and objectives in transforming scientific knowledge to commercial use. And few studies have investigated collaboration from the industry’s point of view. Hardly any research has paid attention to how commercial actors in the mineral and mining industry collaborate with research universities and which collaborative dimensions are crucial in co- creating commercial value. Thus our second research question is: Q2: How is collaboration between university and industry conducive to creating open innovation in the mineral and mining industry? In the literature also the company ownership has been viewed as factor for regional development. The third aspect that we consider unexplored is the effect typical infrastructure in the mineral and mining sector both in Norway and Canada; companies involved are often foreign and that local ownership is scarce. Theoretically it is interesting to explore the manner in which domestic versus foreign ownership influences innovation in the mineral and mining sector. The role of organizational culture (Damanpour 1991; West and Anderson, 1992; Martins and Terblanche, 2003) and management (Amabile, et.al. 1996) has impact on the success of the implementing innovations in organisations. Whether these differ in foreign owned or regional owned companies is an open question. Observations of the industry in Canada suggest that innovation is more predominant in the Canadian based companies than the foreign. However as this is only anectodical evidence, a comparative study could be undertaken with regard to the situation in Norway. Thus the third research question is: Q3: How may organisational culture and management in domestic foreign owned companies influence open innovation in the mining and mineral industry? 3 In emerging industries, there is little legitimacy for commercializing new technologies. Delmar and Shane (2004) argue that legitimacy, in terms of acceptance by stakeholders, is key to new venture success and a precursor to performance. Delmar and Shane (2004), further insists that increasing incremental levels of legitimacy is more difficult than attaining an initial base. Innovations by its very nature, lacks legitimacy due to its liability of newness. Understanding the legitimacy creation process within the mineral and mining industry is therefore crucial to improving the open innovation processes. Aldrich (1990) introduces the terms socio-political and cognitive legitimacy. Socio-political legitimacy refers to formal and informal rules that people and actors are constrained or enabled by. Cognitive legitimacy refers to the specific knowledge that is accepted within a certain community. Both socio-political and cognitive legitimacy are important when presenting new technology to an existing market. Therefore, our last research question is: Q4: How is socio-political and cognitive legitimacy conducive to open innovation processes in the mining industry? The figure below illustrates the theoretical framework for investigating open innovations in the mining and mineral industry. R&D collaboration External networks Internal networks Company ownership Companies innovativeness Legitimacy Strategic focus of the Phd at TUBS/BFE/UiT and international collaboration TUBS has a special role at the BFE faculty in educating graduates to take leading positions as innovators, entrepreneurs and managers in the private sector in Northern Norway. This Phd application is the first one to emphasize the knowledge of factors that are conducive for entrepreneurship and innovation in an era when the regional responsibilities of UiT will be stronger. August 1st 2013 UiT mergers with University College of Finnmark to create the new institution: University of Tromsø, Norways Arctic University. The vision of the new organization is to produce teaching, research and professional development and dissemination at a high international level. With the expansion to Finnmark, the foundation for reaching out to the mining and mineral industry grows even stronger. Secondly, this application is based on international 4 collaboration with external competence from University of Saskatchewan (UoS)6 on northern entrepreneurship, northern economic development and regional innovation northern entrepreneurship. UoS has further a mining centre and their research themes involves the following issues: indigenous peoples and mining, environmental protection and environmental remediation, the impact of fly in-fly out labour markets, supply and logistical arrangements to support the mining industry, government royalty revenues and allocation of resource wealth, efforts to build sustainable communities in the North, mining and northern infrastructure. These issues point to the embedded nature of emerging mineral and mining. This is extremely important for the further development of the industry in Norway. The government has put effort into building ethical guidelines into indeginous peoples interest in economic development in the North (cf. “Nye byggesteiner i nord” , Stortingsmelding 7; Strategi for mineralnæringen, Nærings- og Handelsdepartmentet, 2013). Phd training, work plan, academic and industrial support The Norwegian Research School of Innovation (NORSI) provides an internationally competitive Phd program in innovation, and consists of a research network of Norwegian universities and colleges, leading institutions in Scandinavia, as well as top international universities in the United States, Europe and Asia. TUBS is represented on the teacher side through the applicant for the proposal, and the Phd candidate is suggested to be enrolled in this program. In addition the High North Academy and Young Scientist Forum connected by Artic Frontiers in Tromsø are relevant networks for the Phd candidate. A collaboration with University of Saskatchewan (UoS), one of Canada’s most research intensive institutions with a long record of community engagement and promotion of regional development is planned. Thus the Phd candidate will have access to comparative insights from a research stay at the mining centre at UoS. Visiting the International Centre of Northern Governance and Development in Saskatoon (ICNGD) may also enhance the understanding of embedded context of the sector with indigenous population. We foresee a 4 year plan for the PhD candidate, with the 25% lecturing responsibility both at the Bachelor level in entrepreneurship and innovation as well as the Master level within TUBS. One year fieldwork and some research stay in Canada is planned the second year. The dissertation is planned based on four published articles and an umbrella chapter. Table 1: Progress and dissemination plan Time Activity 1.1 2014 Developing research framework, literature review, bibliometric analysis, methodological approach, Phd Courses 2015 Data collection (fieldwork, survey, interviews) and data analysis in Norway and Canada (possible Phd courses at UoS) 2016 Preparing articles for publication, conference participation, submitting and resubmitting articles 31.12 2017 Resubmitting articles and finalizing four publications, writing umbrella Methods and data Our Canadian colleagues are partners in the ongoing project «Entrepreneurship, intrapreneurship and the commercialization of High North Science: Building a collaborative circumpolar network for the new economy» (Norgesuniversitetet, 2012- 21013) where the applicant of this proposal is the project leader. 6 5 In order to grasp the complex structure embedding open innovation, various methods and analysis will be employed. 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