Role of intellectual capital on creation of innovation capabilities in HIS and computer units
Sayed Mehdi Hejazi1, Samira Yadegari2, Nafiseh Hajrahimi1
1 Health Information Technology Research Centre, Isfahan University of Medical Sciences, Isfahan, Iran
2 Health Information Management, School of Engineering and Advance Technology, Massey University, Wellington, New Zealand
|Date of Submission||06-Sep-2017|
|Date of Acceptance||31-Dec-2017|
|Date of Web Publication||12-Jun-2018|
Dr. Samira Yadegari
School of Engineering and Advance Technology, Massey University, Wellington
Source of Support: None, Conflict of Interest: None
Introduction: Simultaneously along with information technology progress, knowledge has considered as a fundamental base for economic growth for the time being. In today's knowledge-based economy, production and exploitation of knowledge play the main roles in the process of wealth creation. The current revolution in information technology has given new light to the importance of knowledge such that it has now become the base of economy in today's world. In today's knowledge-based economy, production and exploitation of knowledge play the main roles in the process of wealth creation. Considering key contributions of knowledge management in competitiveness of organizations and their entry into global arenas, this study sought to evaluate the impact of different aspects of intellectual property on innovations in computer and health information system (HIS) units at selected medical center in the city of Isfahan during 2015.
Objectives: The present study seeks to evaluate the impact of different aspects of intellectual property on innovations in computer and HIS units at selected medical centers in the city of Isfahan during 2015 (2015).
Settings and Design: Population of this research includes staff working in computer and HIS units of 10 medical centers. Data were collected using a questionnaire made by the researcher. A written questionnaire (also referred to as self-administered questionnaire) is a data collection tool in which written questions are presented that are to be answered by study individuals, where for the case of the present study include staff members working at computer and HIS units of 10 medical centers.
Materials and Methods: In the first stage, medical factors were determined by experts of Isfahan University of Medical Sciences as intellectual property. Factors were then distributed randomly among 100 employees during a survey, after considering their validity and reliability.
Statistical Analysis: Descriptive and inferential statistics were used for data analysis.
Results: Data analysis showed that innovation is one of the most important indicators of intellectual capital in computer and HIS units of medical centers and has a higher than average importance.
Conclusions: The results of this study, in addition to providing guidelines in the management of intellectual capital in Isfahan province hospitals, can be used as a model for improving innovation in hospitals and understanding various factors affecting organizational innovation.
Keywords: Hospital, information technology, innovation, intellectual property
|How to cite this article:|
Hejazi SM, Yadegari S, Hajrahimi N. Role of intellectual capital on creation of innovation capabilities in HIS and computer units. J Edu Health Promot 2018;7:79
|How to cite this URL:|
Hejazi SM, Yadegari S, Hajrahimi N. Role of intellectual capital on creation of innovation capabilities in HIS and computer units. J Edu Health Promot [serial online] 2018 [cited 2019 Feb 23];7:79. Available from: http://www.jehp.net/text.asp?2018/7/1/79/233686
| Introduction|| |
Nowadays, knowledge is recognized as the economic base of the world. In the knowledge-based economy, production and exploitation of knowledge play major roles in the process of wealth creation health information system. Therefore, for an organization, recognition, implementation, evaluation, and management of intellectual capital are of particular importance. Intellectual capital is one of the main factors of knowledge management and counted as the key to competitiveness. These capitals do not include tangible assets such as land and physical properties, but rather include intangible assets such as human capital, information technology, and innovation.
In addition, for modern organizations to be able to survive the new paradigm of competition currently present among organizations, it should consider innovation as an essential strategy and identify organizational factors which influence organizational innovation and provide the most appropriate answer to recent changes. Thus, this study tries to examine the impact of different indicators of intellectual capital on innovation in computer units of Isfahan's hospitals.
| Problem Statement and Necessity of Research|| |
Intellectual capital is a type of asset that enables wealth creation among organizations. As mentioned, this asset is not of a visible and physical nature. Rather, it is an intangible asset obtained through the deployment of assets associated with human resources, organizational performance, and relationships outside the organization. The newly emerging field of intellectual capital is a new research area that focuses on the creation of new measurement mechanisms for reporting important intangible variables, such as Information Technology and Innovation. This concept was first introduced by John Kenneth Galbraith in 1969. He believed that intellectual capital consists of not only knowledge and expertise but also the ability to apply them as a means to generate value.
Stewart also believed that intellectual capital is a combination of knowledge, information, experiential intellectual properties, competition, and organizational learning that can be used to create wealth. Its importance was highlighted after observing a 25% increase in employment in Europe between 2008 and 2010 as well as 29% revenue growth and 20% increase in staff salaries. It should be noted that modern economy accompanied by intellectual capital shows its greatest impact and dynamics at the information communication technology industry.
On the other hand, the literature of strategic management views innovation as a critical factor for organizations to create value, and a sustainable competitive advantage in today's complex and changing environment, resulting in better and more successful performance in the organization. The process of organizational innovation is largely supported with the incorporation of human capital, organizational structure, and external organization relations. Therefore, the mastery of organizational processes, procedures, customer accounts, or property rights are the sources of success in innovation. The new economy has doubled the importance of the role of intellectual capital in organizations, where this concept is considered as a strategy to gain and maintain competitive advantage.
Computer centers in therapeutic areas and hospitals need to recognize their intellectual capital and innovation in provision of services. The present study considers the question of “whether there is a relationship between intellectual capital and its components and innovation in HIS centers or not.” Finally, it is hoped that the results of the study provide essential information and knowledge to improve and develop intellectual capital as a factor for development and improvement of organizational innovation among managers and directors of health centers.
| Literature Review|| |
In his study, Egbu investigated the role of knowledge management and intellectual capital in organizational innovation. Results showed a positive and meaningful correlation between knowledge management and factors of intellectual capital and organizational innovation. Based on the results, knowledge-based assets within the organization promote innovative actions of organization's members through involvement of their opinions and new ideas as well as incorporation of the importance of ideas and thoughts, which in turn lead to organizational innovation.
Bollen et al. reviewed the relationship between intellectual capital and intellectual property and the performance of pharmaceutical industry of Germany. The results showed that human capital has a significant positive effect on a company's performance. They claimed that due to the increased investment in intellectual capital and the benefits of measuring it, organizations can assess their potential for innovation, knowledge management, and competitive ability by measuring intellectual capital.
O'Connor et al. indicated in their study regarding (organizational innovation capability assessment) that organizational innovation requires two variables; The direct variable, also called “human capital” and the indirect variables including “knowledge and the right attitude, specialized training courses, capital dynamic structure strategy designed for flexible organizational structure, relational capital by establishing good relationships with customers, and internal and external stakeholders.”
Cohen and Kaimenakis studied the relationship between intellectual capital and performance in knowledge-based medium-sized organizations. Their research findings showed that the interaction of various categories of intellectual property in medium-sized organizations differ from large firms in certain aspects. In addition, experimental data showed that certain categories of intellectual capital have positive effect on a company's performance.
Zerenler investigated the impact of intellectual capital on innovation performance. The results indicated three types of intellectual capital (employee's capital, structural capital, and customer capital) which had a significantly positive relationship with innovation performance. The results of the study also showed that high growth rates in industry confirms positive relationship between these three types of intellectual capital and innovation performance.
Wu et al. investigated the roles of the mediator (intellectual capital) and the moderator (entrepreneurial orientation and social capital to support innovation). In particular, companies with higher levels of social capital and entrepreneurial orientation tend to reinforce the impact of intellectual capital on innovation.
Study results of Ghorbani et al. in his study on relationship between intellectual capital and organizational innovation in banks, displayed significant positive relationship between management of intellectual capital and innovation.
Sweet et al. (2014) showed that motivation for innovation increases by upgrading the standards of intellectual capital. They studied the effect of intensive intellectual capital systems considering the index of economic complexity in 94 countries from 1965 to 2005. The obtained results confirmed that with stronger intellectual capital system, the economic complexity level and social welfare will also be higher.
Woo et al. (2015) examined the impact of intellectual property laws and registered knowledge on innovation and the resulting increased value of the industry. Using simulation equations on data from 12 countries regarding for three industries (chemical, electronics, and mechanical), the result showed that intellectual capital directly affects the increase in value of the industry and indirectly affects the Research and Development (R and D) factor. This conclusion proves the importance and the role of intellectual capital on the success of an organization or an industry.
Comin and Manenti (2015) examined intellectual capital to predict innovation and economic growth in IT units in Europe's software industry. In general, analysis of intellectual capital in such industries focuses on patents and proprietary rights of the industry. The researchers tried to examine new and important issues in this field.
| Materials and Methods|| |
The overall purpose of this project is to examine the effect of intellectual property on innovation in computer units and HIS medical centers of Isfahan in 2015. The specific objectives of the project include:
- Identification of intellectual property indicators;
- Determination of the relationship between intellectual assets and finally
- Innovative evaluation of the impact of each intellectual property indicator on the innovation indicator, at computer units and HIS medical centers of Isfahan.
The results of this research will help managers of medical centers to realize the current status of intellectual property in their HIS unit and consequently strive to improve the property and further enhance innovation of their center.
The present study is a quantitative research with practical purpose in the form of a descriptive survey. This research studies intellectual property and innovation in computer units and HIS at Isfahan medical centers. Study population included IT professionals and employees of HIS computer units working at 10 medical centers in Isfahan from 2015 to 2016 medical centers.
In addition to incorporating available library resources including books, journals, dissertations, research projects, articles in English and Farsi, data collection also included the use of questionnaires. The data collection tools were based on the researcher questionnaire. In the first step, to determine contributing factors in intellectual-medical property, a questionnaire was distributed among specialists of new technologies at Isfahan University of Medical Sciences [Table 1]. In the second stage, a questionnaire developed based on the factors of the initial step was distributed among 100 employees of computer and medical documents units working at health centers of Isfahan.
The questionnaire provided was examined by several experts and professors to assess content validity, which was approved after minor fixes. Reliability was also assessed using Cronbach's alpha coefficient 0.90 in the first phase after distributing and collecting 30 questionnaires.
| Results|| |
To achieve the first objective (determination of intellectual property indicators), Hong's Intellectual Capital Model was used with six indicators of “human capital, financial capital, customer capital, innovation, process capital, and information technology.” To test this hypothesis, all subfactors of the index were collected based on survey experts. Then, based on a questionnaire (Likert), the most important factors in computer and HIS units in hospitals were extracted.
Participants scored factors from 1 to 5 according to their importance. Then, by adding up the scores and choosing the factors with arithmetic average >4, 35 factors were selected and surveyed for the second questionnaire. Indicators and primary factors are shown in [Table 2].
As can be concluded from the factors, many of the intellectual capital and innovation factors have been evaluated and a number of top-rated innovation factors were included in the questionnaire.
T-test was also used to assess the second research objective, which was whether the innovation indicator is above average regarding intellectual capital of the population or not. Test results determined that according to the population, importance of innovation index was significantly higher than average. T-test results are shown in [Table 3].
The third goal was finding a meaningful relationship between intellectual capital and innovation indicators in computer and HIS units in Isfahan Medical Centers. To achieve this goal, the following regression equation was applied:
Formula 1: Regression formula
Y: Indicators of innovation in organization, x1: Human Capital Index, x2: Finance Capital Index, x3: IT index and x4: Organizational Process Index. Coefficients a1, a2, a5 set according to existing data. Notably, according to the survey, there was no intuitive correlation between disease index and innovation, so the patient's index was not included in the above equation.
According to the regression equation, it was found that human capital, financial, process, and IT indicators have a positive impact on organization innovation index. The effect of human capital and organizational process indicators was significant and financial, and IT indicators had no significant impact on the innovation index. In other words, it is believed that the effects of finance and IT indices on innovation index are low for a desired population. Results of linear regression using SPSS software are shown in [Table 4].
|Table 4: ANOVA test output in the study of the impact of information technology on innovation index|
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By examining the output of this regression model in [Table 5] and assessing the last column of the ANOVA table, i.e., the column sig., the probability of model was obtained as zero.
|Table 5: Coefficients in the test output to determine the impact of information technology on innovation index|
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| Discussion|| |
The present study was found three factors of “human, financial, and process capital and IT” as indicators of intellectual capital with a positive impact on creation and growth of innovation in organizations and intended departments.
“Human capital” with effective sharing of information and changing control of information, encourages people to work together, create competitive advantage, and create new opportunities for learning. Innovative organizations achieve success through their employees and organizations are bound to the dynamicity and creativeness of their members.
“Finance capital” has a direct impact on innovation and will cause its allocation to organizational innovation and create new processes. Obviously, innovation with impact on the performance of organization will increase financial capitals. In fact, there is a two-way relationship between these two indicators which may improve or weaken an organization.
“Organizational processes” have a direct impact on the increase or decrease of innovation in an organization. Factors such as support of new procedures in the organization reinforce the desire to provide higher quality services or increase organization's capabilities and open the way to new methods and products.
Similar to all other researches, the human resources index is included in all of the common results. Other indicators are different considering which study was conducted in which society.
| Conclusions|| |
Innovation is knowledge-based process and is the product of knowledge and intellectual capital. It can be said that organizations with an appropriate level of intellectual capital are more innovative. This is due to the fact that learning occurs more in such organizations because of the intellectual capital and use of knowledge. This, in turn, results in solutions for problems and provides new and nonmimetic solutions for practices and innovation in general.
“Information Technology” provides different opportunities for faster update on innovation and creativity of individuals and organizations. Since the life cycle of products and services are rapidly shortening and new technologies are born with ever-increasing speeds, IT could be important at different stages of organizational innovation management. Use of information technology can play a crucial role in the creation and formation of new ideas and resulting creativity and innovation in the organization.
The authors would like to thank “Health Information Technology Research Centre” in Isfahan University of Medical Sciences who supported my work in this way financially and helped me get results of better quality. I am also grateful to the members of management and medical information for faculty for their patience and support in helping me to complete the questionnaire.
Financial support and sponsorship
This article has been financially supported by Health Information Technology Research Center in Isfahan University of Medical Sciences, Isfahan, Iran.
Conflicts of interest
This article has conflicts of interest from mentioned research center.
| References|| |
Chen Goh P. Intellectual capital performance of commercial banks in Malaysia. J Intellect Cap 2005;6:385-96.
Hung YC. A conceptual model for evaluating intellectual capital systems: An empirical study of a high-tech company in Taiwan. Int J Manag Enterp Dev 2004;1:285-99.
Moeinfar Z, Amouzesh N, Mousavi Z. Intellectual capital disclosure and corporate governance. Int Res J Appl Basic Sci 2013;4:1962-5.
Gholigli B, Gholamreza D, Imanipour M. Measuring and Reporting Intellectual Capital Model Agencies. Third International Conference on Knowledge Management; 2005.
Feiwal G. The Intellectual Capital of Michal Kalecki: A Study in Economic Theory and Policy. The University of Tennessee; 1975.
EPO and OHIM. Intellectual Property Rights Intensive Industries: Contribution to Economic Performance and Employment in the European Union. EPO and OHIM; 2013.
OHIM. Intellectual Property Rights and Firm Performance in Europe: An Economic Analysis. OHIM; 2015.
Montes F, Moreno A, Fernandez L. Assessing the organizational climate and contractual relationship for perceptions of support for innovation. Int J Manpow 2004;25:167-80.
Mariz-Perez RM, Teijeiro-Alvarez MM, Garcia-Alvarez MT. The relevance of human capital as a driver for innovation. Cuad Econ 2012;35:68-76.
Beikzadeh J, Pourmohamad F. Intellectual capital in the third millennium. Q Qual Time 2010;18:65-8.
Pahlevanian H. Hidden intellectual capital assets for competitive advantage. Mon Manag Eng 2012;5:64.
Egbu OC. Managing knowledge and intellectual capital for improved organizational innovations in the construction industry: An examination of critical success factors. J Eng Constr Archit Manag 2004;11:301-15.
Bollen L, Vergauwen P, Schnieders S. Linking intellectual capital and intellectual property to company performance. Manag Decis 2005;43:1161-85.
O'Connor A, Roos G, Wickers-Willis T. Evaluating an Australian public policy organization's innovation capacity. Eur J Innov Manag 2007;10:532-58.
Cohen S, Kaimenakis K. Intellectual capital and corporate performance in knowledge – Intensive SMSs. Learn Organ 2007;3:241-62.
Zerenler M, Hasiloglu B, Sezgin M. Intellectual capital and innovation. Journal of technology management & innovation 2008;3:31-40.
Wu W, Chang M, Chen C. Promoting innovation through the accumulation of intellectual capital, social capital, and entrepreneurial orientation. R D Manag 2008;38:265-77.
Ghorbani M, Mofaredi B, Bashiriyan S. Study of the relationship between intellectual capital management and organizational innovation in the banks. Afr J Bus Manag 2012;6:5208-17.
Cassandra Mehlig S, Dalibor Sacha Eterovic M. Do stronger intellectual property rights increase innovation? World Dev J 2015;66:665-77.
Seokkyun W, Pilseong J, Yeonbae Kim K. Effects of intellectual property rights and patented knowledge in innovation and industry value added: A multinational empirical analysis of different industries. Technovation 2015;43-44:49-63.
Chopani H, Zare M, Ghasemi KH, Gholamzadeh H. The relationship between intellectual capital and innovation-case study: Insurance company development. J Initiat Creat Humanit 2012;2:27-58.
[Table 1], [Table 2], [Table 3], [Table 4], [Table 5]