CHAPTER 6

Competence

Contrasting Theories

Up until the 1980s, concepts associated with optimizing organizational performance were usually based on the premise that (a) marketing strategy formulation required developing ways of exploiting the opportunities available within the external environment and (b) marketing tactics are determined by the nature and structure of the industry of which the organization is a part. This emphasis on environmental orientation is exemplified by Porter’s (1980) “contending forces” model. Critics of environmentalism have expressed concern that excessive emphasis on the external market can be detrimental to organizational performance. This is because reliance on a purely market-orientated strategy without regard to the internal competences necessary to support delivery of products or service performance may lead to an organization being overtaken by competitors who have developed more advanced internal competences, thereby becoming able to offer a superior benefit proposition.

The proposed alternative strategic philosophy that has become known as the “‘resource-based view” (RBV) of the firm is based on the idea that, in increasingly competitive markets where all firms understand customer needs, differentiation can only be achieved by organizations focusing on and exploiting some form of superior internal capabilities (or “competences”). The core premise of the RBV theory is achievement of a competitive advantage is reliant upon an organization’s ability to organize resources to produce goods and services superior to that of other market participants.

Competence can be considered as an ability to co-ordinate the deployment of available assets to permit an organization to achieve specified strategic goals. Kellermanns et al. (2016) opined that, for any aspect of internal operational activity to be recognized as a competence, it should meet the three conditions of ownership, intention, and goal attainment. Competence building involves any process that leads to changes in existing assets and capabilities or the emergence of new capabilities that support improvement in organizational performance. Ownership of a specific competence does not guarantee attainment of a sustainable competitive advantage. This is because two types of internal resources are necessary to establish a competitive advantage, namely assets and competences. Assets are a firm’s accumulated resources such as the existence of certain specialist equipment or manufacturing facilities that are necessary to undertake production processes. In contrast, competences are the accumulated knowledge and skills that enable staff to undertake activities that lead to the most advantageous utilization of the organization’s assets.

Hamal and Pralahad (1994) posited that an organization can utilize a core competence to support the development of new and or improved products and/or enter new market sectors (e.g., Apple’s move from computing into electronic communication with the iPod, iPhone, and iPad). Alternatively, organizational focus may be directed toward developing superior operational technologies that permit the organization to compete on the basis of superior performance or price (e.g., the U.S. retailer Walmart that exploited superior cost-saving capabilities in the areas of procurement and logistics as the basis for outcompeting other supermarket chains by offering much lower prices to consumers).

Playbook Guideline 47: One source of technological entrepreneurial opportunity is to exploit a superior organizational competence

Coyne, Hall, and Clifford (1997) defined a core competence as “a combination of complementary skills and knowledge bases embedded in a group or team that results in the ability to execute one or more critical processes to a world-class standard.” They proposed that competences can be of two types, namely insight/foresight and frontline competences. These authors proposed that frontline competences tend to be more important in service industries where the quality of an end product or service can vary appreciably depending on the activities of frontline personnel. In their view, insight/foresight enables a company to recognize opportunities to develop an entrepreneurial first-mover advantage.

Savory (2006) concluded that the increasing complexity of markets and technology-based organizational processes demand that new or revised competences must deliver “higher-level capabilities.” Achievement will involve the organization concurrently analyzing both core competence and market positioning. During implementation of a response, it will frequently be the case that resources will need to be transferred from one area to another within the organization. In relation to matching competences to market circumstances, Kay (2004) proposed there are five major sources of strength available to an organization, namely reputation, innovation competence, internal capabilities, organizational assets, and external relationships. He noted that these strengths will vary from industry to industry and from organization to organization operating in the same industrial sector.

Playbook Guideline 48: Technological entrepreneurial outcomes are enhanced when it is feasible to match market opportunities with an internal core competence

Core Competence Strategy

Case Aims: To illustrate exploitation of competences can support the delivery of the same entrepreneurial marketing strategy over many years

An organization that continues to exploit internal competences to effectively exploit the future is the Japanese corporation Canon. Created 60 years ago, the firm’s first core competence was in the area of optics because the firm spent the first 30 years of its life making cameras. In 1962, the decision was made to enter the office equipment market. As Xerox Corporation held patents on photocopying technology and would not grant licenses, Canon drew upon both existing and newly acquired competences to develop new photocopying technology, which did not infringe the Xerox patents. Launched in 1970, their first product the NP-1100 had a number of original features, including the first-ever toner cartridge that vitiated the need for service calls.

Having became the world leader in photocopying machines, the firm then applied existing and newly acquired competences to enter the desktop printer market. Although Hewlett-Packard beat Canon in terms of launching the first low-cost ink-jet printer, Canon has continued to sustain their vision concerning opportunities in electronic printing. One area of focus is in applying ink-jet technology for printing directly onto fabrics. They are now the market leaders in supplying massive printing machines to the clothing and textile industry.

The second, and potentially even larger opportunity, was the creation of a digital camera, which can be linked to a printer without the need for the intervention of a computer. Consequently, consumers can now produce their own photographs without having own a computer or buy film for their camera. This opportunity linked together Canon’s competences across the areas of optics, cameras, digital data transmission, and print reproduction, and specialist inks permitted the organization to sustain their strategy of acting entrepreneurially by developing and expanding their extensive line of innovative products.

Watanabe and Ane (2003) concluded that ongoing Canon’s success can be attributed to the ongoing utilization of a business strategy based on combining existing and new knowledge to support entrepreneurial diversification. The approach has permitted the development of new functionality by focusing on wide-ranging inter-technology spillovers from indigenous core fundamental technologies and manufacturing processes that have supported broader involvement in existing and new markets.

Dynamic Competence

The combined influence of changing markets, technology, or organizational behavior often results in an existing competence rendered less capable of supporting ongoing financial performance. Teece, Pisano, and Shuen (1997) emphasized the key role of managers is that of leading actions that result in adapting, integrating, and reshaping organizational skills, resources, and competences. The authors use the term “dynamic capabilities” to describe this managerial capability. A dynamic orientation requires the capacity to learn and adapt when confronted with new situations or market conditions. O’Driscoll, Carson, and Gilmore (2001) proposed that a failure to reconcile existing competences and acquire new competences may eventually lead a firm into to a “competence trap.” This occurs because the organization has failed to recognize that changes in market conditions, technology, or behavior of competition have occurred. As a consequence, the organization remains fixated upon exploiting competences that no longer provide the basis for sustaining competitive advantage. O’Driscoll, Carson, and Gilmore posited avoidance of the competence trap involves engaging in new knowledge acquisition. This permits recognition of new entrepreneurial opportunities and an assessment of whether exploitation of new ideas will require utilization of existing or totally new competences.

Kuratko, Montagno, and Hornsby (1990) concluded that senior management’s willingness to facilitate, promote, champion, and support entrepreneurial behavior with the allocation of adequate resources to support innovation is critical. They opined that senior management’s vision must ensure all employees understand and accept that innovation is the organization’s fundamental long-term strategy for optimizing future performance. This perspective can be expanded to include senior managers’ willingness to provide entrepreneurial staff with autonomy, delegated authority to make decisions, freedom from excessive supervision, and removal of restrictive controls over access to needed resources.

Birkinshaw and Gibson (2004) noted that differences can arise between existing and new entrepreneurial strategies. They proposed that firms’ internal environment must be “ambidextrous.” This is necessary to enable a firm to switch between explorative and exploitative learning to enable the firm to handle contradictions that exist between current mainstream activities and future more entrepreneurial actions. To ensure the success of organizational ambidexterity, senior managers must present entrepreneurship as the “dominant logic” within the organization.

Playbook Guideline 49: Technological entrepreneurial outcomes are enhanced when the internal organizational environment is ambidextrous

Competence Enhancement

Innovation can range from incremental improvements through to radical change of an entrepreneurial nature leading to fundamental market change or the creation of totally new markets. The complex nature of many radical innovations means that many firms lack the resources and competences to effectively manage all aspects of the required entrepreneurial activities. As a consequence, there is often the need for organizations to engage in interorganizational collaboration and to become members of innovation networks (Pyka 2002).

Colarelli, O’Connor, and DeMartino (2006) identified three competences that capture the requirements for success in radical innovation. These are discovery, incubation, and acceleration. Discovery includes all activities that create, recognize, elaborate, and articulate opportunities. Key skills for this competency are in exploration and conceptualization in the areas of technical discovery and market evaluation to identify opportunities. Incubation involves radical opportunities to evolve into viable business propositions. Acceleration includes those activities that permit the developed idea to evolve into a revenue-generating proposition. However, it is increasingly unlikely that organizations own all of the necessary competences to engage in radical innovation. Hence, in today’s technologically complex business environments, entrepreneurial success will often be critically influenced by the way firms collaborate with other organizations and participate in networks to access the competences that are lacking inside their own operation.

Collaboration can also be important in the acquisition of new knowledge, which can enhance innovation and entrepreneurial activities. In most industries, the key source of this new knowledge is through interaction with other supply chain members. Whether this new knowledge has any impact on existing competences will be determined by whether the firm has cutting-edge capabilities in relation to innovation management. Firms with a high knowledge reception capability are able to gain more information on products, technical issues, the market, and customer needs. Companies with high knowledge reception, therefore, are more able to convert knowledge into understanding that can enhance their entrepreneurial innovation capabilities (Lin, Wang, and Kung 2015).

Playbook Guideline 50: Technological entrepreneurial outcomes can be enhanced through interorganizational collaboration

Disruptive Technology

Case Aims: To illustrate how a new technology can obsolete the existing competences among incumbent firms

Technological entrepreneurship often relies on the exploitation of a totally new or emerging scientific or technological development, which results in a technical discontinuity within an industrial sector. This type of discontinuity creates the potential problem for long-established incumbent firms of whether they have the necessary technological competences to respond to this form of competitive threat.

In their research on technical discontinuity, Rothaermel and Hill (2005) presented the following case materials of events in the computer industry, steel industry, pharmaceutical industry, and telecommunications industry:

(1) The Computer Industry

Before 1981, the computer industry was dominated by vertically integrated enterprises. These firms manufactured most of the important components in the computer hardware systems, bundled the hardware components with proprietary operating system software and applications software, and sold them via their own sales forces. By virtue of its design, the PC signaled a transition from the closed-system architecture to open-system architecture and desktop computing. In the turbulence that followed, large numbers of new enterprises entered at every stage of the value chain as the industry de-integrated. The center of gravity in the industry shifted rapidly away from incumbent enterprises, such as DEC, Wang, Unisys, and IBM, toward new entrants, such as Compaq, Intel, and Microsoft. The arrival of networking based on client server architecture in the late 1980s and the Internet in the 1990s further accelerated this shift. The emergence of these new players devalued the upstream R&D and production assets of incumbent enterprises, which had little relevance to emerging PC firms such as Apple, Compaq, and Dell. Following the lead set by pioneers, new entrants were able to build computers using off-the-shelf modular components and simple manufacturing processes. The closed-system design philosophy and technical competences of the incumbents was contrary to the mindset required to produce low-cost, open-system personal computers.

(2) The Steel Industry

The electric arc furnace was invented in the 1930s, but the technology did not become commercially viable until the late 1960s, when it became the basis for creating the first mini-mills. One of the pioneering mini-mill companies, Nucor, began operating its first mini-mill in 1969, but it took several more years to develop the technology to a level of cost-effectiveness that would provide a competitive advantage over the large traditional steel firms whose operations involved the use of coke ovens and blast furnaces.

(3) The Pharmaceutical Industry.

Many human illnesses are caused by the body’s overproduction or underproduction of certain proteins. Scientific understanding of the role of recombinant DNA in this process has major implications for introduction of new technologies into the pharmaceutical industry. It was new entrants who were the first to develop this potentially powerful new technology. The first biotechnology drug, Humulin, a genetically engineered human insulin, reached the market in 1982. The commercialization of Humulin was based on an alliance between the biotechnology start-up Genentech, which discovered and developed the new drug, and the established pharmaceutical company Eli Lilly, which managed the drug through clinical trials and government approval.

Biotechnology represents a radically different paradigm for discovering and developing new drugs with the skill loss for a scientist making the transition from the traditional drug screening paradigm to that of genetic engineering estimated to exceed 80 percent (Rothaermel 2001). However, biotechnology does not alter the regulatory process imposed by governments and requires the same schedule of clinical trials. Competence in testing and gaining approval meant that the incumbent drug firms were able to enter into alliances with these new start-ups, thereby causing the former to remain in business, despite the emergence of this technological discontinuity.

Creativity

Entrepreneurship can be considered as a process involving the identification and exploitation of opportunities that have not been previously considered. The activity of being entrepreneurial will involve individuals perceiving a potential opportunity on the basis of their information, knowledge, and experience.

As summarized in Table 6.1, three styles of decision making have been identified in the entrepreneurship literature (Cunhae 2007). The rational perspective involves consideration of factors such as risk-taking propensity, available information, and available options. The alternative approach of intuition may possibly be a distinguishing characteristic of many successful entrepreneurs. Improvisation may play an important role in the venture-creation process because due to the unstructured nature of opportunities, entrepreneurs need to deal with problems as they emerge and craft solutions on the spur of the moment. In such situations, they cannot make use of detailed and elaborated plans. On the contrary, they have to make decisions in real time, making do with whatever resources are currently available. In terms of the most appropriate decision-making style likely to result in the most successful outcomes, it is possibly best to assume that a contingency situation exists, which means entrepreneurs may utilize different styles depending on the situation that they are currently facing.

Table 6.1 Three modes of entrepreneurial decision making*

 

Rational

Intuitive

Improvisational

Logic

Science

Art

Craft

Process

1. Define

2. Diagnose

3. Design

4. Decide

Prepare

Incubate

Illuminate

Verify

Enact

Select

Retain

The entrepreneurial information source

Facts

Ideas

Experiences

The mental process

Planning and programming

Visioning and imagining

Venturing and learning

Operational environment

Clear issues Reliable data Structured world

Ideas Commitment

Time pressures Confusing situations

Source: * Modified from Mintzberg and Westley 2001.

Companies seeking to engage in entrepreneurship are reliant on individual employee capabilities, not just in relation to their technological competence, but also in regard to creativity. The early stages of entrepreneurial activity have been identified as phases of opportunity identification, planning, and marshalling of resources (McGee et al. 2009). Given that uncertainty plays an important role in innovation entrepreneurial new product development processes, individuals and organizations are often required to rely on creativity to deal with the existence of uncertainty.

Blauth, Mauer, and Brettel (2014) proposed that employees engaged in being creative face a series of challenges. First, employees have to overcome uncertainty in perceiving opportunities that they decide to transform into real business. Second, they have to overcome uncertainty in knowing how to go about their project. Third, uncertainty arises from their corporate environment in which they decide to leverage an opportunity, but may a face a potential mismatch between required and available resources. These factors infer that entrepreneurial decision making will often rely on effectuation. Sarasvathy (2001) considered that this process is heavily reliant on creativity because opportunities are created, rather than based on detailed available information.

Effectuation consists of four dimensions that are contrasted with causation-based decision making. These are (i) the starting point for venturing, (ii) the attitude toward risk, (iii) the approach toward stakeholders, and (iv) the association with contingencies. Effectuators start with available means instead of using a goal orientation, invest what they can afford to lose instead of trying to predict expected returns, rely on partnerships rather than execute competitive analysis, and embrace rather than avoid unexpected events.

Individuals engaged in causation-based decision making deal with uncertainty through believing they “know better.” Although this is a valid decision logic in situations of low to moderate uncertainty, it becomes a futile endeavor in unknowable contexts. Hence, Blauth, Mauer, and Brettel (2014) posited that in relation to creativity, it can be expected that the time invested in “knowing better” comes at the cost of practiced creativity. This can be contrasted with effectuation, which is more about implementing actions, despite the level of uncertainty.

In the case of incremental new product development, the standard approach is to define a goal and plan the steps in accordance with using predefined strategies and market-driven objectives. In contrast, the effectual approach usually starts with an assessment of available means, which are the resources that are available in the current situation. These resources include personal knowledge, experience, and resources provided by the company, such as financial support or the support of senior management. The way available resources are perceived and how to exploit them is crucial as individuals seek alternative, efficient ways of exploiting these existing resources. Furthermore, the scale of creativity may result from combining together what others might perceive as unrelated resources (Sternberg and Lubart 1997).

Playbook Guideline 51: Successful technological entrepreneurial outcomes are often reliant on creativity

Idea Generation

Case Aims: To describe the idea generation behavior exhibited by technological entrepreneurs

Entrepreneurs have a base of domain knowledge essential to performing creative transformational processes that lead to creative generation of new ideas (Shane 2000). Knowledge is a key to creative entrepreneurial actions, such as opportunity recognition and knowledge asymmetry; this can result in different entrepreneurs in the same environment coming up with radically different ideas. To gain further understanding of the implications of this outcome in terms of the ideation process exhibited by entrepreneurs, Gemmell, Boland, and Kolb (2011) interviewed founders and/or senior executives in a number of American technology start-up businesses.

The researchers concluded that technology entrepreneurs utilize a variety of behaviors, techniques, and thought processes to develop, refine, and validate creative ideas, as well as filtering them based on perceived usefulness. Three key ideation processes identified included (i) utilization of complex and sophisticated social networks as sources of ideas and to test, refine, and validate trial ideas, (ii) exhibiting domain specificity by filtering ideas outside specific markets and technologies, and (iii) actively experimenting with ideas rather, than engage in protracted conceptual analysis.

..................Content has been hidden....................

You can't read the all page of ebook, please click here login for view all page.
Reset
3.147.28.12