Thursday 29 August 2013

Chinese infrastructure: The big picture

Dissertation Writing Help in Chinese infrastructure: The big picture


China leads the world in infrastructure investment. Explore today's impressive reality, and see what the future holds, in this by-the-numbers summary

Infrastructure development remains a top priority for China's government, which has long recognized that a modern economy runs on reliable roads and rails, electricity, and telecommunications. From the late 1990s to 2005, 100 million Chinese benefited from power and telecommunications upgrades. Between 2001 and 2004, investment in rural roads grew by a massive 51 percent annually. And in recent years, the government has used substantial infrastructure spending to hedge against flagging economic growth.
China's leadership has charted equally ambitious plans for the future. Its goal is to bring the entire nation's urban infrastructure up to the level of infrastructure in a middle-income country, while using increasingly efficient transport logistics to tie the country together. What follows is a by-the-numbers portrait of this dynamic sector.
 
Investment leader 
 
As China has grown, it has plowed a substantial 8.5 percent of GDP into infrastructure, far exceeding what any other country or region spends: twice the level of fast-growing India and more than four times that of Latin America, for example. In absolute terms, China's annual infrastructure spending now surpasses that of the United States and the European Union. Over the past two decades, the largest portion of this spending has gone toward roads, power, rail, and water. The rapid pace of expansion has fueled concern about the quality of design, materials, and construction-problems underscored by a disastrous 2011 train crash tied to faulty rail signals and by a rash of recent bridge collapses. Getting the economics of investment levels, operating costs, and user fares right can be challenging, too. This issue recently entered the public eye when many Chinese citizens found that ticket prices for new high-speed rail lines were more than they could afford.
 
Seeking world-class status

China's stock of infrastructure as a percentage of GDP is now above the global average -- in fact, its asset base relative to GDP is greater than that of developed nations such as Canada, Germany, and the United States. Nonetheless, China's infrastructure still ranks only 48th in the World Economic Forum's survey of factors contributing to global competitiveness, despite the country's steady climb up the ladder in recent years. According to a range of global benchmarks assessing infrastructure penetration, China's greatest strengths lie in power systems and telecommunications. In phone and Internet usage, as well as electrification, China not only is above the average of developing nations but also approaches the levels of developed markets. China does less well on measures such as the proportion of roads that are paved and access to improved water sources.
 
Tomorrow's targets

China's leadership has set aggressive goals for many infrastructure sectors: it plans roughly 70 new airports, 43,000 kilometers of new expressways, and a major expansion of port facilities by 2020, as well as 22,000 kilometers of additional rail track by 2015. Looking further ahead, we estimate that the country will need to spend $16 trillion (6.4 percent of GDP) on such infrastructure projects from now to 2030 to maintain its stock of assets at current levels. Power, roads, telecommunications, and water will remain leading areas of expenditure.
To a large degree, funding will continue to come from the public purse. China's various levels of government supply 96 percent of infrastructure financing: 99 percent funding of urban public-transit and airport projects, for example, and 80 to 85 percent of power, water, and port projects. Private sources provide the remainder. As spending rose from $116 billion annually in 2001 to over $500 billion in 2010, the number of engineering and construction firms swelled from 45,000 to more than 71,000. Perhaps not surprisingly, five of the top ten global construction and engineering companies (by 2010 revenues) are Chinese.
 
Regional integration

New policy blueprints, outlined in the 12th five-year plan of China's National Development and Reform Commission, link infrastructure, city development, and regional economic growth. Urban hubs along China's coast will remain the nation's biggest and wealthiest economic zones and continue to invest in facilities that support trade. In the future, though, inland areas with faster industrial-growth rates will get an increasing share of infrastructure investment. China also is poised to develop ten logistics corridors connecting city clusters across the nation with new rail lines, expressways, and bridge crossings. Interior regions will receive additional funding to improve their resource utilization and address environmental concerns. In larger eastern cities, some infrastructure investments will underpin the transition from traditional manufacturing to high tech, services, and advanced manufacturing.
New logistics corridors envisioned by infrastructure planners will link both new and emerging city clusters

Planned key logistics channels

  1. between northeast China and areas within Shanhaiguan
  2. linking south to north in east China
  3. linking south to north in central China
  4. between eastern coastal area and northwest China
  5. between eastern coastal area and southwest China
  6. between northwest and southwest
  7. between the Yangtze River and the Grand Canal
Two other nationwide channels address transportation of coal and imports/exports; a third will connect southwest China to countries in southeast Asia.
Source: Logistics industry restructuring and revitalization plan, State Council of the People's Republic of China, March 2009; McKinsey analysis
 
Room to maneuver

China is in a comfortable position after years of infrastructure investment solidly above the global average. We assume that investment will continue at these levels. But we estimate that the country could reduce future investment from 8.5 percent of GDP currently to 6.4 percent of GDP and still maintain its stock of infrastructure at 71 percent of GDP, the average of ten major economies around the world. By contrast, we estimate that global spending on infrastructure will need to rise, on average, to 4.1 percent of GDP, from 3.8 percent, if the rest of the world is to maintain the quality of its stock. For many nations, such as Brazil, India, and the United States, the investment climb will be steeper.
In continuing such elevated levels of spending, China has the potential to start resembling Japan (arguably an overinvestor in infrastructure). There are opportunity costs as well. Lower levels of infrastructure investment in China could free up resources to its service sector (where capital is needed to generate employment) and to investments in technologies (such as energy efficiency and renewable energy) that could mitigate the environmental impact of industrialization. China could achieve further reductions by mustering infrastructure-productivity gains of the kind that our colleagues have described elsewhere.[ 1]
Following years of strong infrastructure investment, China's leaders now aim to deliver the benefits to its cities and regions. That goal will require a new, infrastructure-productivity mind-set, whose hallmarks are a greater openness to private-sector involvement and better management discipline and project governance than regional and local governments, in particular, have shown in the past. Although foreign players could help, in the past the government's near-monopoly on projects left them with only a small space. By contrast, in China's real-estate sector, private firms have played a substantial role in project management and finance, helping to drive down costs.
Despite challenges such as these, the surging scale and broadening scope of infrastructure development seem inexorable. Much as the pace of urban and industrial development often renders China unrecognizable to returning visitors, the next wave of infrastructure investment is going to create a landscape that will differ strikingly from today's already impressive reality.

Source- Chinese infrastructure: The big picture. By: Chen, Yougang, Matzinger, Stefan, Woetzel, Jonathan, McKinsey Quarterly, 00475394, 2013, Issue 3

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Analysis of Financial Products of Capital Market in Bangladesh

Dissertation on Analysis of Financial Products of Capital Market in Bangladesh: Present Status and Future Development.


Research Proposal on

Analysis of Financial Products of Capital Market in Bangladesh: Present Status and Future Development.
  

Abstract

The performance of existing financial products is an important issue in the capital market to increase the new
products for reducing the risk of dependency on common stocks. The research aims are to evaluate the growth and development of existing financial instruments and to recommend for introducing new financial instruments in the capital market of Bangladesh. The data are taken from the Dhaka stock exchange for the year 1977 to 2010 for interpretation of development and the data from 2003 to 2010 are taken for analysis and hypothesis test. There are only five products traded including three types of bonds. The average growth rate of market capitalization of common stocks, treasury bonds, mutual funds, corporate bonds & debentures are 71.02%, 124.74%, 99.85% and 105.41% respectively. The growth of market capitalization of all products is high. There is lot of scope in the market for absorbing the new products. The share of common stocks, treasury bond, corporate bond, debentures, mutual funds to total market capitalizations are 87.73%, 12.25%, 0.24%,0.17% and 0.83% respectively. The market is common stock based. The corporate bond market is very small. So, there should be increased new financial instruments in the capital market to reduce the dependency on share only. The proposed financial instruments are various types of preferred stock, bond, SWAP, option, futures, and forwards as recommendation.

Keywords: financial products, capital market, market capitalization, option, swap

1. Introduction

The capital market is one of the driving forces of an economy. Capital market is the institution that provides a
channel for the borrowing and lending of long-term funds for more than one year. It is designed to finance long term investments by business, governments, and households. Capital market consists of two segments: securities segment and non-securities segment. The securities segment is concerned with the process by which firm distributes securities to the public through the primary market and then those securities are traded in the secondary markets. The non securities segments are those where banks and other financial institution provide the long term loan. In the world capital market there are many financial instruments such as-Forward, Futures, Option: Put option, Call option, Spread, Straddle, Strip, Multi-period option: Interest Rate Caps, Floor, Collar, Compound option, Swaps- Commodity Swaps, Interest Rate swaps, Currency Swaps, Variants, Hybrid securities, Synthetic Securities, Zero coupon Bond, Repo, Reserve Repo, Junk bond, Floating rate Preferred Stock, Equity warrant, Putt able common Stock.

The existing instruments of the capital market of Bangladesh are Shares, debentures, mutual fund, and Treasury Bond: 5-year,10-year,15-year,20-year, NSD Certificate (3year&5year), REPO and REVERSE REPO,US Dollar Premium bond, US dollar investment bond, Wages Earners Development bond in the capital market of Bangladesh. Like in any other countries, a well developed tradable bond market is critical  to ensure stability and efficiency of the financial market in Bangladesh. An efficient bond market is important for managing public debt and bank liquidity and for efficient conduct of monetary policy. So far the bond market has played a limited role in the economy. The country’s financial sector is dominated by the commercial banks.

Thus the debt market in Bangladesh is characterized by excessive reliance on bank deposits, government
dominated debt instruments, non- existent corporate bond, high and risk free interest rates, absences of market based yield curve, primary auctions based activity, lack of product variation.

Now, 31 FIs (Financial Institutions) are operating in Bangladesh while the maiden one was established in 1981. Out of the total, 2 is fully government owned, 1 is the subsidiary of a SOCB, 13 were initiated by private domestic initiative and 15 were commenced by joint venture initiative.

2. Literature Review

Bangladesh Enterprise Institute (2003), conducted detail research on Improving the Investment Climate in
Bangladesh under World Bank. Bangladesh firms tend to have reasonable access to formal finance compared to other low-income countries. In 2001 credit to the private sector amounted to about 27 percent of GDP in Bangladesh. Although this ratio was lower than those in some counties in the region, it compares favorably with the average for low income countries (24 percent of GDP). It was only fractionally lower than the ratios in India (29 percent) and Pakistan (28) percent despite their higher per capita income. Other measures confirm this assessment of finance in Bangladesh. For example, nearly 66 percent of their investment capital, on average, came from retained earnings, while about 30 percent of working and investment capital came from banks. Consider national level data on nonperforming loans. Some estimates put the share of nonperforming industrial loans at around 40 percent. Since banks will have to provision for non performing loans, the large number of such loans could ultimately increase the cost of capital to entrepreneurs. The problems of financial climate are poor access to credit and high cost of borrowing. For solving these, development of secondary market for debt market and enhancement the enforcement authority and institutional capacity of the Securities and Exchange Commission are recommended. (World Bank, (2003), Washington).

B. McGuire, Paul & John D. Conroy, (2002), conducted research on Fostering Financial Innovation for the
poor. Considering financial innovation in terms of this hierarchy helps our understanding of the respective roles of policy direction (as embodied in the legal and regulatory framework) and of market forces (as seen in the behavior of actors in the financial marketplace). The policy decisions of governments, monetary authorities and regulators may effect change and stimulate innovation within all four domains. However, the top (i.e. systemic) level is where policy exerts its greatest and potentially most fruitful influence on innovation. By contrast, market forces operate with increasing influence at the successive lower levels, within ‘rules of the game’ determined primarily in the systemic domain.

Bepari, M. Khokon (2008) conducted research on Bangladesh Stock Market Growing? Key indicators based Assessment. This paper focuses on the growth of Bangladesh stock market over time. The market trends in terms of market capitalization, market liquidity, market concentration, number of listings, volatility in the market index and foreign portfolio investment were considered. The study finds that key indicators are significantly correlated. Stock market growth index is constructed considering market capitalization ratio; turn over ratio, value traded to GDP ratio and volatility in market index. The findings of the study suggest that although Bangladesh stock market is growing over time, the growth has not yet assumed any stable and obvious trend. It is concluded that Bangladesh stock market is still at an early stage of its growth path with a small market size relative to GDP and is characterized by poor liquidity and high market concentration.

Jahur, (2009) conducted study on bond market development of Bangladesh. The poor stage of bond market in Bangladesh can be attributed to some important factors such as risk & return factor, liquidity & government policy related factor, issue management factor and investment policy factor in order of magnitudes.

Rahman and Moazzem (2011) studied on ‘Capital Market of Bangladesh: Volatility in the Dhaka Stock
Exchange (DSE) and Role of Regulators’. Over the last few years, the capital market of Bangladesh has
witnessed a haughty growth which is not in line of development in the real sector of the economy. Although, the Securities and Exchange Commission (SEC) of Bangladesh has tried to correct the irregular behavior observed in the market, very often it is argued that lack of proper and firm decisions from the regulator’s side has contributed to make the market more unstable rather than to reduce it. The paper attempts to identify the casual relationship between the observed volatility in the country’s major bourses namely the Dhaka Stock Exchange (DSE) and the regulatory decisions taken by the SEC empirically. Using Vector Auto-regressive (VAR), statistically highly significant relationship was found between decisions taken by the regulatory authority and market volatility, although the direction of causality is in reverse order than theoretically and empirically expected.

Ross LEVINEAND SARAZERVOS (2012) studied on ‘Stock Markets, Banks, and Economic Growth. Do well-functioning stock markets and banks promote long-run economic growth?’ This paper shows that stock market liquidity and banking development both positively predict growth, capital accumulation, and productivity improvements when entered together in regressions, even after controlling for economic and political factors.

The results are consistent with the views that financial markets provide important services for growth, and that stock markets provide different services from banks. The paper also finds that stock market size, volatility, and international integration are not robustly linked with growth and that none of the financial indicators is closely associated with private saving rates.

Zahid Ahmad, Ather Azim Khan and Anam Tariq (2011) studied on ‘Stock market development and
economic growth: A comparative study of Pakistan and Bangladesh’ .This paper examined the relationship
between stock market development and economic growth of two Asian developing countries, that is, Pakistan and Bangladesh, after the liberalization period of 1990s. The relationship measured were in terms of size (market capitalization), liquidity (total value of stocks traded and stock turnover ratio) and volume (total number of companies listed in the stock exchange of each of the country). The study of comparative analysis was done with the help of tables and charts. The econometric results of the study by employing the regression analysis showed that Pakistan stock markets contribute to the economic growth in terms of the large size of its stock market whereas Bangladesh stock market contributes to the economic growth in terms of the liquidity of its stock market.

Bangladesh economic growth was found to be comparatively better than economic growth of Pakistan. The
study revealed that the stock markets in Pakistan and Bangladesh do not play a major role in the economic
growth but rather, these financial institutions are the driving forces for the economic growth of the country.

3. Problem Statement

The capital market of Bangladesh is small, inefficient and underdeveloped. Of the total financial system, the
‘non securities’ sector accounts for more than ninety percent of the financial activities in the countries. But this bank based system is virtually on the verge of collapse due to huge nonperforming loans and colossal volume of classified and default loans. So, we are concerned with ‘securities segment’ because the securities market can develop the national economy. The rate of institutional investment is very low in Bangladesh. The capital market has not yet attained the credibility as an reliable avenue for investment from the side of the general public. The main problems of capital market of Bangladesh are; serious dearth of risk free assets in the secondary market to individual buyers, absence of varied tradable financial Instruments.

The availability of low financial instruments in market, the capital in the market is low comparatively to the
developed country and the investors – both institutions and individual are not attracted to invest in capital market in Bangladesh. Introduction of new instruments of finances will provide the opportunities to the companies for getting required fund at lower cost. The introduction of new financing sources will increase the investor’s participation in the future offering of companies. This will raise more funds. The research aims are to evaluate the growth and development of existing financial instruments and to recommend for introducing new financial instruments in the capital market of Bangladesh. The traditional instruments are not attractive to the investors. So, it is assumed that new instruments will increase the attraction of investors and volume of capital market and will reduce the dependency on bank based credit.

4. Methodology

4.1 Objectives

1) To evaluate the growth and development of existing financial instruments in the capital market of
Bangladesh.
2) To recommend policies for introducing new financial instruments in the capital market of Bangladesh.

4.2 Collection of Data

The primary data were colleted from the interview with the executives of DSE, CSE, BB (Bangladesh
Bank), BSB(Bangladesh Shilpo Bank), ICB(Investment Corporation of Bangladesh), prospective investors,
stockbrokers, government officials, and other professionals.

Secondary data were collected from the following Sources: Publications of Securities and Exchange
Commission, Dhaka stock Exchange (DSE) Chittagong Stock Exchange (CSE), Stock market Report on
Newspaper, Bangladesh Bank, Bangladesh Bureau of Statistics, Bangladesh Economic Review, Books and
Journal, Internet Website.

Source -Islam, Mohammad Shahidul-International Journal of Marketing Studies. Oct2012, Vol. 4 Issue 5, p119-128. 10p. 5 Charts, 1 Graph. 

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PERCEIVED BARRIERS OF INNOVATIVE BANKING AMONG MALAYSIAN RETAIL BANKING CUSTOMERS

Dissertation, Thesis, Research Proposals and Papers on


PERCEIVED BARRIERS OF INNOVATIVE BANKING AMONG MALAYSIAN RETAIL BANKING CUSTOMERS


This study aims to identify perceptual barriers of Internet banking adoption among Malaysian retail banking customers. The perceptual barrier factors that analyzed were difficulty to operate, hassle to use, unreliable, perceived risk and high connection fees. This study employs a quantitative approach using questionnaire survey at selected banks in Malaysia. The results indicate that there are significant barriers exist in the perception of Internet banking adoption among Malaysian retail banking customers. The results indicate several implications for bank managers to change the perceptions of retail internet banking customers.
Keywords: Perceived barriers; Retail Internet Banking; Banking customers; Internet banking adoption

INTRODUCTION 
 
Banking industry engaged technology (IT) to acquire, process, and deliver the information to all relevant users. IT is not only critical in the processing of information but also serves a way for the banks to differentiate their products and services in order to gain competitive edge. Customers are becoming value-sensitive and banks need to constantly innovate and update to match customers' expectation and to provide convenient, reliable, and expedient services. Driven by the competition to capture a larger share of the banking market, banks have started introducing its distribution channel via a new media which is the Internet. Internet banking has been in usage for a couple of years. In fact, it was introduced in the 1980's and has been growing profusely starting from mid nineties. Main attraction of internet banking to customers is round the clock availability of the services and ease of transactions.
In the past, the computer systems that made the information systems operate were rarely noticed by customers. Today, Web sites, electronic mail, and electronic bill and payment systems are an important way for banks to reach their customers. The Internet, as an enabling technology, has made banking products and services available to more customers and eliminated geographic and proprietary systems barriers. However, the success of internet banking would greatly depend on the adoption rate of this technology by customers. Millions of dollars have been invested by banks to set up the Internet banking facilities. Despite the investments and the availability of the banking systems via Internet, banks find it difficult to persuade banking customers to adopt Internet banking. Therefore, it is necessary to identify the main barriers that hinder retail banking customers from adopting Internet banking (Wang et al 2003).
Previous researches have concluded in their study that credibility is one of the concerns among Internet banking adopters. It reflects that the services provided are unreliable, risky and this would enable banking customers to feel reluctant to adopt Internet banking. (Wang et al 2003, Rotchanakitumnuai & Speece 2003). These factors have reduced the confidence of the adopters while non adopters who intend to adopt in future do not trust and therefore reflect the negative perception towards adopting the Internet banking services.
 
LITERATURE REVIEW

In Malaysia, with the rapid technological advancements and increasing consumer demands for more efficient delivery services, the financial landscape has continued transition towards increased level of significance of Internet Banking as one of banking distribution channels (Central Bank of Malaysia, 2005). Adoption of internet banking is primarily determined by the number of people connected to Internet. Customers will not be able to utilize internet banking without internet connectivity. The relative success of internet banking can be gauged by identifying the current and anticipated users of Internet. Table 1 summarizes the penetration rate of internet banking adopters from 2006 to 3Q 2009 (MCMC, 2009).
In Malaysia, the internet banking adoption rate is 25.9% in 3Q 2009, which is considered low to a country which has high number of Internet subscribers(Central Bank of Malaysia, 2011). Banking activities are easily digitized and automated, thus, from operational perspective, lend themselves to Internet adoption (Elliot and Loebbecke, 2000). The potential competitive advantage of the Internet for banks lies in the areas of cost reduction and delivering customer satisfaction. In service industries in general and in the banking industry, in particular, the Internet has been explored and exploited as a means of improving service provision (Jun et al., 2004).
In general innovations would enable consumers to improve in the way they transact their banking transaction but innovations could also face resistance from the customers and resistance to change is a reaction that has to be overcome before adoption begins.
The resistance in the form of barrier through difficulty to operate, hassle to use, unreliable, risk and high connection fees seems to be the high priority which influences consumers to adopt Internet banking. These barriers would motivate consumers to continue their traditional banking method in which they prefer to deal with human rather than technology (Heinonen, 2004). Banks are not only competing in traditional banking services, but also expanded the scope of the competition to an e-environment with Internet banking services (Gonzalez et al., 2004). These banks are introducing Internet banking as an assurance to their customers that they will be able to maintain a competitive quality service in future, in efforts to avoid losing their customers to the branches of the foreign banks (Jenkins, 2007). Factors that need to be analyzed in order to determine the degree of barriers towards adoption of Internet banking are perceived difficulty to operate, perceived hassle to use, perceived unreliable, perceived risk and perceived high connection fees are discussed in detail.
 
PERCEIVED DIFFICULTY TO OPERATE

Some customers may have a negative image of computers in general and Internet channel in particular. Therefore, some consumers may perceive internet banking technology as too complicated and difficult to use. These segments of customer have strong resistance towards Internet banking services or use limited services which deem not so complicated. As such, these groups perceive Internet banking service has no added value or relative advantage or increase their ability to control their financial issues (Laukkanen et al. 2007).
Many customers, who are not comfortable with computers and the Internet, often find it difficult to use internet banking especially for beginners as Internet banking is considered time consuming for them as they need to understand the banking website. In many instances, a simple mistake, like clicking a wrong button, may create a panic for them. Many individuals often keep wondering if they have properly executed the transaction as sometimes, internet banking can be time consuming and tedious, as many websites take a considerable time to get started. Consumers or the starter may also encounter technical difficulties and connectivity problems while conducting internet banking transactions especially those using broadband (Swiss Bank, 2010). In a study conducted by Meuter et al. (2000) explained the behaviour patterns of consumers in which they perceive the use of Internet banking requires acceptance of the technology, which can be complicated.
To use Internet financial services, consumers not only need to understand the technology, they also need to understand financial services. The complex nature of financial services often renders the task of financial information search (Black et al, 2002). In addition, previous scholars found that Internet banking was found to be difficult to operate (Meuter et al., 2000; Black et al, 2002 and Laukkanen et al., 2007); due to functional barriers (Teo and Pok, 2003; Wu and Wang, 2005); and unclear process of Internet operations (Kuisma et al., 2007). Therefore, it can be concluded that difficult to operate Internet banking is negatively related to adoption of retail Internet banking among bank customers.
Perceived hassle to use
The multiple layers of security add to the hassle of making an internet banking transactions no matter small or large amount of transactions. The process is rather standardized in terms of security as the customers need to undergo several layers of security measures which are seen as hassle for even small amount transactions. It is also costly for the bank to implement these layers of security.
The hassle of making such internet banking transactions will discourage consumers from using this method. They would prefer to transact by cash or checks (Tan, 2010) and this encourage consumers to remain as branch banking customers. As web technology needs frequent updates, the internet services gets disrupted frequently and it may cause the Internet banking to go under construction or off line for some time. Customer need to go through hassle in the form of unable to perform transaction especially the transaction is a very important transaction (HSBC, 2011).
To enroll Internet banking, customers need to be present at the local branch to fill out application forms. Therefore, customers need to devote their valuable time in order to secure applications for Internet banking. In addition, customers also need to go to branch in the event if any problems occurred during performing Internet banking transaction as there is no online assistance available for customers (HSBC 2011). As such, customer feels that it is time consuming to go to the bank branches to solve the problems (Walker et al., 2002; Westland, 2002). In one study, it was found that 50% of Internet banking web sites has page layout problems that make information hard to find for ordinary customers who are not tech savvy. Their findings suggest that website layout affects Internet banking consumers' behaviour. The study also confirms the TAM relationships in all treatments and indicates that layout has an effect on user acceptance of Internet banking in terms of TAM constructs (Vrechopoulos, & Atherinos, 2009).
Customers reluctant to use Internet banking as they fear the time provided to complete a transaction is insufficient and most of the time they are unable to complete certain transactions as they need to obtain approval code before completing the transactions. This causes inconvenience and hassle to customers who are slow and careful in performing banking transactions. The Internet banking is viewed as complex, cumbersome and barrier to usage (Walker et al., 2002; Westland, 2002; Vrechopoulos, & Atherinos, 2009 ; Tan, 2010; Gerrard & Cunningham, 2003; Howcroft et al., 2002; Black et al., 2002). Therefore, it can be concluded that hassle to use Internet banking is negatively related to adoption of retail Internet banking among bank customers.
Perceived unreliable
Customers who rely on Internet banking services may have greater intolerance for a system that is unreliable or one that does not provide accurate and current information. Clearly, the longevity of Internet banking depends on its accuracy, reliability and accountability (Central Bank of Barbados, 2002). Consumers often lack confidence in trusting the Internet technology mainly due to system security issues, non confidence of bank websites and doubts about the reliability of Internet services (Min and Galle, 1999; Ratnasingham, 1998). In Malaysia Internet banking scam had risen drastically as the number of reports made to cyber security increased from 634 in 2009 compared to 1,426 reports in 2011 (CBM 2011). This scam involves on how Internet banking customers were tricked to reveal their username and password by providing a fake website which is identical to actual Internet banking websites which is known as "phishing". Schneier (2000) revealed that "phishing "attack takes place when the Internet's architecture makes it very easy for someone in a remote part of the world to imitate a legitimate bank website exposing customer's information and they are vulnerable to such attacks. One of the main reasons of why banking customers do not trust Internet technology is due to the uncertainty of the reliability of the Internet services (Lee and Turban, 2001; Min and Galle, 1999; Paul, 1996; Ratnasingham, 1998). Customers who adopt Internet banking services are more likely to perceive problems related to loss of privacy, as the Internet apparently allows outsiders to access their private information easily (Gattiker et al., 2000; Jones et al., 2000). Therefore banking customers do not believe in privacy policies as it will expose customers' confidential information (Gerrard and Cunningham, 2003). Slow response time after performing the transaction would lead to a delay of service delivery and cause customers to be ensured that the transaction was completed (Jun and Cai, 2001). Therefore, it can be concluded that unreliability of adopting Internet banking is negatively related to adoption of retail Internet banking among bank customers.
Perceived risk
Customers may deem to perceive new technology based service as a threat and would cause them to reject it. Therefore perceived risk is associated with reliability and system failure (Walker et al., 2002). The main issue that worries the banking consumers are the transaction risks while performing Internet banking services and failure of the banks to assure prompt services would be delivered (Walker et al., 2002; Westland, 2002). Security concern is among the most important factor that discourages consumers from adopting Internet banking (Jones et al., 2000, Black et al., 2001; Lee & Turban, 2001; Nilsson et al., 2005; Yousafzai et al., 2005). In Malaysia, a related study was undertaken by Lallmahamood (2007) strengthening the argument of security and privacy factor playing an important role in determining consumer adoption of Internet banking.
Frequently slow response time after the transaction leads to a delay of service delivery and cause customers to be ensured that the transaction was completed (Jun and Cai, 2001). Any security breaches would lead to destruction of operating systems and leak of customers' private and detailed information (Min and Galle, 1999). Furthermore unconvinced customers with the bank's security systems and infrastructures would reverse the decision to adopt Internet banking (Black et al., 2001; Gattiker et al., 2000). In conclusion, security is a crucial factor in determining the adoption level as customers fear the high risk involved in performing financial transactions via website (Aladwani, 2001; Black et al., 2001; Gerrard and Cunningham, 2003; Sathye, 1999). Therefore, it can be concluded that perceived risk of adopting Internet banking is negatively related to adoption of retail Internet banking among bank customers.
Perceived high connection fee
High connection fees are another important factor that affects the adoption of retail Internet banking. Therefore, lower connection fees would enable consumers to adopt retail Internet banking at a greater level. Generally customers would be comparing new services costs to branch banking costs to facilitative the adoption level. Li and Zhong (2005) mentioned that cost of internet connections also one of the important aspects in adoption of internet banking services.
Li & Worthington, (2004), Sohail & Shanmugham, (2003) and Zheng and Zhong (2005) also supported the earlier findings that cost of internet connections are important elements in the adoption of Internet banking. Therefore, it can be concluded that perceived high connection fee is negatively related to adoption of retail Internet banking among bank customers.
 
RESEARCH FRAMEWORK 
 
The research framework shown in Figure 1, adopted for this study seeks to measure the impact of perceived barriers among banking customers. The framework postulates that adopters of internet banking are influenced by perceived barriers such as difficulty to operate, hassle to use, unreliable, perceived risk and high connection fees which are the most common variables that affect the adoption of Internet banking.
 
FINDINGS

The statistic result which indicates that p value is 0.000 which is lesser than significant level of 0.001; therefore we can conclude that there is a significant negative relationship between perceived difficulty to operate and Internet banking usage among Malaysian consumers. The negative relationship indicates that when the degree of perceived difficulty to operate increases the level of internet banking adoption decreases. The test statistic result which indicates that p value is 0.000 which is lesser than significant level of 0.001; therefore we can conclude that there is a significant negative relationship between perceived hassle to use and Internet banking usage among Malaysian consumers. The negative relationship indicates that when the degree of perceived hassle to use increases the level of internet banking adoption decreases.
The test statistic result which indicates that p value is 0.000 which is lesser than significant level of 0.001; therefore we can conclude that there is a significant negative relationship between perceived unreliability and Internet banking usage among Malaysian consumers. The negative relationship indicates that when the degree of perceived unreliability increases the level of internet banking adoption decreases. The test statistic result which indicates that p value is 0.000 which is lesser than significant level of 0.001; therefore we can conclude that there is a significant negative relationship between perceived risk and Internet banking usage among Malaysian consumers. The negative relationship indicates that when the degree of perceived risk increases the level of internet banking adoption decreases. The test statistic result indicates that p value is 0.000, which is lesser than significant level of 0.001.
Therefore, we can conclude that there is a significant negative relationship between perceived high connection fees banking usage among Malaysian consumers. The negative relationship indicates that when the degree of perceived connection fees increases the level of internet banking adoption decreases.
 
DISCUSSION

This study aims to identify the perceived barriers that discourage Malaysian retail banking customers to adopt Internet banking. It investigates whether the adoption factors such as difficulty to operate, hassle to use, unreliable, risky and high connection fees. This study adopts a quantitative approach using questionnaire survey at selected banks in Malaysia. The results indicate that there are significant barriers in the adoption of Internet banking in terms of difficulty to operate, hassle to use, unreliable, risky and high connection fees. The results indicate that all hypotheses regarding perceived difficulty to operate, perceived hassle to use, perceived unreliable, perceived risk and perceived high connection fee were supported.
Therefore, it can be concluded that when the level of perceived barrier factors increases, the adoption of Internet banking among retail banking customers decreases. Therefore, the results support the findings of the previous research conducted. Thus, the result suggests managerial implications for retail bankers in Malaysia to minimize the barrier perception among Malaysian retail banking customers in order to enlarge the customer base in the adoption of Internet banking services. The findings on perceived difficult to operate in this study supports the findings of previous scholars of Fain & Roberts, 1997; Meuter et al., 2000; Black et al, 2002 and Laukkanen et al., 2007. The main reason of why respondents find it difficult to operate due to functional barriers appeared to be obstacles to adoption. The functional barrier refers to be the usage barrier of an innovation and ease of use of Internet banking (Teo and Pok, 2003; Wu and Wang, 2005). It also includes unclear process of Internet operations (Kuisma et al., 2007). Other obstacles that hinder customers to adopt Internet banking is the difficulty of use or learn to use because of unclear instructions.
The complexity nature of the innovation makes it difficult and cumbersome to use Internet banking and therefore, they are very likely to perform banking transactions in traditional ways (Cheung et al. 2000). In another concern, Internet banking web pages were found to be confusing because the procedures seem to be complex. It was also found in the survey that Internet banking were found to be difficult to use as customers had to remember and key in excessive information such as username, password and also requires tagging password before completing a banking transaction. The findings on perceived hassle to use in this study supports the findings of previous scholars of Walker et al., 2002; Westland, 2002; Vrechopoulos, & Atherinos, 2009 and Tan, 2010. In the case of technological innovation, hassle to use can be defined as the complexity of the service which creates barrier to an adopter Gerrard and Cunningham, 2003; Howcroft et al., 2002; Black et al., 2002). The standardized process of security measurement on Internet banking transactions is needed even for small amount of transactions. Customers need to undergo several layers of security measurements which are seen as greater levels of hassle for many Internet banking customers. Therefore, Internet banking customers may be reluctant to adopt Internet banking as to avoid unnecessary hassle as this process found to be inconvenient to them.
It is suggested that there is a greater need for banks to simplify the process through customization of operations for larger and smaller amount of transactions via Internet banking.
As the Internet banking operations needs frequent service updates by respective banks, this create frequent service disruptions and may cause hassle in the form of unable to perform transactions at odd hours especially when the transaction is a very important and urgent transactions. This phenomenon is seemed to be affecting highly busy working customers who preferred to perform Internet banking transaction during their free time at odd hours. These service interruptions usually occurred due to upgrading bank services and also running summary of daily batch operations.
Therefore, it is suggested that Internet banking operations by respective banks should resort to a new solution with high speed technology and added functionality that would reduce longer interruptions hours to shorter duration. New customers would be reluctant to use Internet banking as they fear that the time allocated to complete a transaction is insufficient and most of the time they end up in repeating the process all over which seen to be a form of hassle. Therefore, it is suggested that the Internet banking operations should incorporate new enhanced features that would automatically secure the previous transactions which enables hassle free Internet banking operations for bank customers.
The findings on perceived unreliable in this study supports the findings of previous scholars of Paul, 1996; Ratnasingham, 1998; Min and Galle, 1999; Gattiker et al., 2000; Jones et al., 2000; Jun and Cai, 2001; Lee and Turban, 2001; Central Bank of Barbados, 2002; Gerrard and Cunningham, 2003 and Central Bank of Malaysia, 2011. It was found that banks do not update accurate and current information on their bank websites and this has caused misleading information resulting in customers arriving at wrong decisions especially involving financial investments whereby the Internet banking customers tend to incur financial losses.
Therefore, it is suggested that bank websites information need to be updated frequently on daily basis as this would enable customers arrive at right decision making pertaining to transactions and investments. As the Internet banking operations progresses, many dishonest individuals take advantage of the technology by creating fake websites to dupe Internet banking customers who are then tricked to reveal their user name and password and ending up in financial loses. Therefore, it is suggested that Internet banking providers to create awareness program or campaign to educate Internet banking customers on the threat posed by fake websites operators. In addition, banks should enhance their security measurement to prompt the customers of potential threats by differentiating between legal and illegal websites.
As banking customers' fears of the exposure of private and confidential information of customers' profile, this would have a negative impact on the adoption level. Therefore, it is suggested, that banks should provide adequate assurance to ensure customer confidentiality is always at their top priority. Slow response time during performing the Internet banking transactions would lead to a delay in the completion of the service delivery and cause customers to be unsure of the completion of the transaction.
Therefore, it is suggested that banks need to enhance the adequate acceptable response time to enable customers to perform their Internet banking transactions efficiently. The findings on perceived risk in this study supports the findings of previous scholars of Sathye, 1999; Min and Galle, 1999; Gattiker et al., 2000; Jones et al., 2000; Aladwani, 2001; Black et al., 2001; Jun and Cai, 2001; Lee & Turban, 2001; Walker et al., 2002; Westland, 2002; Gerrard and Cunningham, 2003; Nilsson et al., 2005; Yousafzai et al., 2005 and Lallmahamood 2007. Generally customer are reluctant to adopt Internet banking since they perceive risk in the form of revealing customers personal and account information to third party.
It is also a form of psychological barrier as customer fear of information leakage which would cause financial losses to customers. Therefore there is an element of potential harm to customers' wealth if the customers would adopt the innovation banking services. With the resistance from consumers, banks need to develop a different method to approach these customers with emphasizing the strategies taken by the banks to reduce the information leakages through effective communication. Therefore the best solution to this problem is to provide detailed explanation and information to the consumers to enable them to convince that innovation is not bad but it complements traditional banking.
The element of mobility has to be explained in detail as an attempt to provide customers an added value in convincing customers to adopt Internet banking. In addition, banks need to undertake a reasonable accepted level of security approach in providing the services to customers. The issue of phishing is posing serious predicament to Internet banking adopters. Therefore the legal webpage should have some unique form of indication to avoid customer being hoodwinked by fake website. Appropriate training and communications need to be conducted to educate adopters and non adopters to be vigilant in identifying fake website.
In addition, banks should demonstrate the level of protection banks have undertaken in securing the website and what are the means of customers falling in the trap of fake websites. Therefore customers need to educate in order to protect them through demonstration of how existing and potential customers would be able to use the website in a secure manner. Generally banks attempt to secure the website and that approach would create web page complication and unfriendly to use. Therefore banks need to manage both the security as well user friendly approach in order to secure more customers in adopting internet banking services.
The findings on perceived high connection fees in this study supports the findings of previous scholars of Sohail & Shanmugham, 2003; Li & Worthington, 2004; Li and Zhong 2005 and Zheng and Zhong 2005 This means that consumers who are comfortable with the traditional banking services have lower probabilities to adopt Internet banking if they perceive that Internet banking is an additional cost. The cost associated with Internet banking in this study focuses on Internet access fees and connection charges. In order to attract existing internet banking customers to use Internet banking services in a greater level and potential adopters to adopt internet banking, connection fees need to be reasonably priced. It may not be viable if the connection fees are high as customers would sense that it is not feasible to perform financial transaction via Internet.
In view of this, banks should communicate with the government as well as internet service provider to offer Internet at a reasonable price.
 
CONCLUSION

Banks and Internet providers also can complement each other through financial transaction by banking customers with a win-win situation for both parties. The issue of computer and hardware costs does not arise as it is only one time investment and therefore consumer would not be reluctant to invest.
The issue of internet access arises as it is a continuous process where customers need to maintain their Internet access expenditures on monthly basis. Marketers in banking sector should focus on consumers who are reluctant to switch to internet banking in order to boost usage of Internet banking. Marketing strategies to be adopted by marketers should be focused on issues or concerns of non-adopters and work towards convincing them.
It is important to organize awareness programs and campaigns to promote internet banking usage. Guidance on how to use internet banking should also be provided on the web and at physical distribution centres to facilitate the consumers. In addition, assuring the barriers in a positive manner would enable consumers to act positively which would affect consumers' attitude towards adoption and usage of Internet banking services.


Source- PERCEIVED BARRIERS OF INNOVATIVE BANKING AMONG MALAYSIAN RETAIL BANKING CUSTOMERS. By: Munusamy, Jayaraman, Annamalah, Sanmugam, Chelliah, Shankar, Journal of Internet Banking & Commerce, 12045357, Apr2012, Vol. 17, Issue 1


 If you want PhD Writing Help in Innovative Banking, Dissertations with Abstract, Introduction, Literature Review, Research Methodology, Data Analysis, Conclusion, References, Questionnaire, Custom Writing Help in PhD, Thesis, Case Studies on Retail  Banking, Research Proposals, Term Papers,  Project Report on Innovative Banking,  Research Projects, Assignments, Coursework, Essays, Articles, PowerPoint Presentations, SWOT Analysis Report, and Synopsis, than contact Mahasagar Publications, Mumbai, India by calling +91 9819650213 or +91 8081344446  or visit website www.projectspapers.com 

Adoption of Retail Internet Banking: A Study of Demographic Factors


Research Papers, Dissertation and Project Report on Adoption of Retail Internet Banking: A Study of Demographic Factors



This study focuses on the adoption of retail internet banking among consumers in the Klang Valley, Malaysia and the impact of demographics factors on such adoption behavior. This study adopts a quantitative approach using surveys conducted at banks. The results indicate that while the hypotheses pertaining to gender, race, income, educational level and occupation were not supported but age is supported. Therefore, the current research indicates that the age of retail banking consumers affects the adoption of internet banking among Malaysian consumers. The result also suggests that consumers in the age group below 25 years old are the major contributor to the differences. Based on these findings, we conclude that younger consumers are more likely to adopt internet banking. Therefore, the result suggests implications for retail bankers in Malaysia to adopt appropriate strategies to encourage retail internet banking for other age categories of consumers in Klang Valley. By doing so, it enables the banks in Malaysia to save costs of maintaining physical distribution systems through providing bigger scale of Internet retail banking services.

Keywords: Retail Internet Banking; Internet Banking Adopters; Internet Banking Non-adopters; Demographic Factors; Consumers

INTRODUCTION

As of September 2009, the Malaysian commercial banking system consists of twenty two banks out of which nine are locally owned (Bank Negara Malaysia 2009). The electronic revolution in Malaysian banking industries started in the 1970's, followed by most widely use technology to-date namely Automated Teller Machines (ATM) introduced in 1981 and tele-banking in the 1990's. In view of globalization and opportunities offered by Internet banking, the Malaysian government provided its first regulatory framework and approval for internet banking to locally owned commercial banks effective 1st June, 2000. Maybank was the very first bank in Malaysia to offer internet banking commencing 15th June 2000 (Suganthi, Balachandher & Balachandran, 2001; Dauda, Asirvatham, & Raman, 2007). A review of the Malaysian banking websites indicated that Alliance Bank, Ambank, CIMB, EON, Hong Leong Bank, Maybank, RHB Bank, Public Bank, Citibank, OCBC, Standard Chartered, United Overseas Bank and HSBC Bank are currently providing retail online banking. All Malaysian domestic banks have internet banking services.
There are numerous studies on adoption of internet banking that which mostly focused on the theory of diffusion of technology by Rogers (1983) and Technology Acceptance Model by Davis (1989). Likewise, upon further review for similar studies in Malaysia, it was found that most research in Malaysia were carried out to measure the impact of technology and consumers perception towards adoption of internet banking with very minimal focus on the impact of demographic factors such as age, gender, education, income and employment on the adoption of internet banking (Dauda et al. 2007). To redress this imbalance, the present study aims to examine the impact of demographic factors on adoption of internet banking in a Malaysian environment.
The scope of the study is focused to samples drawn from Klang Valley area as it is the modernised area of the country. Klang Valley is an area in Malaysia comprising Kuala Lumpur and its suburbs, and adjoining cities and towns in the state of Selangor. An alternative reference to this would be Kuala Lumpur Metropolitan Area or Greater Kuala Lumpur. This study sets out to examine this lack, whether there is any association between demographic factors and adoption of retail internet banking in the Malaysian context. This study specifically intends to measure the level of association between gender, race, age, education, occupation, and income on the adoption of retail internet banking. A review of the literature is presented, followed by the methodology used. Findings are then presented and discussed.
 
LITERATURE REVIEW

Recent evidence suggests that an internet-based consumer banking strategy may be effective, with reports of more profitable, loyal and committed consumers compared with traditional banking consumers (Fox, 2005). In Malaysia, with the rapid technological advancements and increasing consumer demands for more efficient delivery services, the financial landscape has continued to transition towards the increased significance of Internet Banking as one of banking distribution channels (Bank Negara Malaysia, 2009). Adoption of internet banking is primarily determined by the number of people connected to Internet. Customers will not be able to utilize internet banking without internet connectivity. The relative success of internet banking can be gauged by identifying the current and anticipated users of Internet.
The intensity of Internet use in private households in Malaysia is on the increase. There were 2,473,000 household Internet users in the country as of 1 December 2006, out of which 23.6% of the usage is for financial activities (e-Banking), an increase of 9% as compared to 2005 (Household Use Internet Survey, 2006). Despite the progress that has been achieved, Malaysians however, remain high users of currency notes and coins (Bank Negara Malaysia, 2009). The positive growth in the trend of online financial activities by retail consumers is lagging as compared to worldwide indicators and there is still room for improvement. In Table 1, 25.9 percent of Malaysians subscribe to online banking (BNM & MCMC 2009). It is therefore evident that 75% of bank subscribers are non-adopters and therefore the banking industries in Malaysia need to plan strategically and implement measures to fill the gap as to encourage the above category of non adopters to adopt internet banking.
Linking Demographics and Adoption of Internet Banking
There is a need to investigate consumer decision-making in internet banking adoption across a wide range of demographics (Williamson et al. 2006). Several studies were conducted to understand the role of age, gender, education, income and occupations on adoption on internet banking (Ramayah & Koay, 2002; Matilla et al. 2003). The variables discussed somehow have the relationship with adoption of Internet banking facilities.
 
Age 
 
The probability of adopting Internet banking decreases by the age of the household (Ramayah & Koay, 2002). Recent studies confirm earlier reports of difficulties attracting the older age group to internet banking (Vijayan et al. 2005). Padachi et al. (2008) in their survey discovered that the younger the generation the more they are used to the new technological advancements as compared to the older generation, thereby they are more likely to adopt internet banking. Kolodinsky et al. (2004) showed that those in their middle age were less likely to adopt internet banking than the youngest group of consumers. Sylvie et al. (2005) found that the adopting of Internet banking is at the age of 35 and below because of its perceived benefits. Similarly, Huam et. al (2008) study shows that the largest age group that responded to Internet banking was from 22 to 25 years of age. Waite & Harrison (2004) and Kerem, (2002) study reveals that younger adults would be very much attracted to utilise innovative banking services. As such, younger consumers tend to be more approachable to new forms of distribution channel (Polatoglu et al., 2001; Black et al., 2002, Wilson 2000). Therefore it can be concluded that age is negatively related to the adoption of Internet banking.
 
Gender

Shergill & Li (2005) found that women regarded privacy protection and ethical standards more seriously than did men. MCMC (2008) found that 51.9 percent of Malaysian home users were males, while 48.1 percent were females. 54 % of male and 46% of female respondents has been exposed to online banking transaction (Huam et al. 2008), Others suggest different figures, 66% of the rwespondents are males compared to 34% female (Mirza et al. 2009). Hung (2006) found that males were more influenced by relative advantage than females, while females were more influenced by perceived playfulness than males in determining continued use intentions of internet banking. Males are predicted to be dominant in Internet banking adoption. Therefore it can be concluded there is a relationship between gender and the intention to adopt Internet banking.
 
Race

Huam et al. (2008) found that the Malay and the Chinese ethnic groups perceived usefulness, perceived ease of use, and trust, all have significant effect on the intention to use Internet banking. They also found that the internet banking usage among Chinese, Malays and Indians were 60.8%, 27.0% and 12.2% respectively. McIver (2000) found that convenient banking services were found to be the motivating factor in the adoption of Internet banking. McIver (2000) reiterated that differences in the usage of Internet among various races are due to employment or job related purposes. Ono & Zavodny (2002) found that race has relationship with the intention to adopt Internet banking. Therefore, it is predicted that there is a relationship between race and Internet banking adoption.
 
Income

MCMC (2008) found that most Internet users earned RM1000 to RM3000 per month, accounting for 46.1 percent of all users. Those in the RM3000 to RM5000 bracket were the second largest group of users with 27.5 percent within its ranks. Similar findings were reached by studies based on the technology diffusion model (Chang, 2003), where income factor is expected to have less effect on technology acceptance as the technology matures (Rogers, 2003). Babiarz and DeVaney (2007), suggest that income has negative relationship with adoption of Internet banking. Howcroft (2002) views that higher income consumers have greater preference for branch banking Therefore it can be concluded that income is negatively related to the adoption of Internet banking.

  Occupation

Employees made up the highest percentage of the users of internet banking (43.0 percent) (MCMC, 2008). In contrast, self-employed and employers made up only 6.0 percent and 5.5 percent respectively. Students accounted for a sizeable 31.9 percent while those unemployed including housewives and retirees 13.6 percent. As for occupation, it is interesting to note that 59.78% of the internet's banking users were government employees (Mirza et al., 2009). Banking customers with higher positions in companies tend to use Internet banking (Matilla et al., 2003; Ramayah & Koay, 2002). As a result, occupation has relation with the intention to adopt Internet banking. According to Lee and Lee (2001), consumers with busy lifestyle would be very much likely to adopt Internet banking since it is a necessity, accessible at anytime and anywhere, and is convenient for them.
 
Education

MCMC (2008), found that those individuals who have tertiary education are the largest group of people adopts Internet banking. The demographic evidence revealed by Suganthi et al. (2001) indicates those 86.2% internet bank users are graduates and undergraduates. Huam et al. (2008), suggest that approximately 67% of internet banking users already had their first university degree or are well educated (Mirza et al. 2009). Similarly, the higher the education level achieved, the greater the probability of the customer adopting internet banking (Padachi et al. 2008; Sadiq and Balachandran, 2002). Educated individuals were more likely to adopt phone banking and internet banking than those with less education (Kolodinsky et al. 2004). According to Mattila et al. (2003), education plays a significant impact on the usage of internet banking as well as playing a vital role in the adoption and usage of tele-banking technology. A college graduate attitude towards adopting Internet banking is pretty high (Lafore and Li, 2005). Therefore it is anticipated that education is positively related to the adoption of Internet banking.
 
METHODOLOGY

The conceptual framework adapted for this study seeks to measure the influence of demographic factors on adoption of internet banking. The framework postulates that adopters of internet banking are influenced by demographic factors such as age, gender, education, income, occupation, and race.
 
Development of hypotheses

Past research suggests that there is generally higher likelihood for consumers to adopt internet banking if they are educated, holding a higher position in employment and in the higher income group. In addition, past research also suggests that there is significant association between gender, race and age with adoption of internet banking.
Therefore, in line with the findings, the following hypotheses were formulated:
H1: There is a relationship between gender and adoption of internet banking among Malaysian consumers.
H2: There is a relationship between race and adoption of internet banking among Malaysian consumers.
H3: There is a negative relationship between age and adoption of internet banking among Malaysian consumers.
H4: There is a positive relationship between education and adoption of internet banking among Malaysian consumers.
H5: There is a relationship between occupation and adoption of internet banking among Malaysian consumers.
H6: There is a negative relationship between income and adoption of internet banking among Malaysian consumers.
 
Research Design

The research is based on primary data collection approach where surveys using close-ended questionnaires were conducted on a sample of the population drawn from Klang Valley area. The demographic factors that were measured were gender, race, age, education, occupation and income. The questionnaires were based on categorical data consisting both nominal and ordinal data and respondents indicated their particulars by ticking the appropriate cells. Respondents were asked to indicate their usage of internet banking by choosing either "Yes" for adopters or "No" for non-adopters. For this study, respondents are considered as adopters if they are currently using retail internet banking to do business with financial institution irrespective of the usage rate. A total of 300 questionnaires were distributed at various banking outlets in Klang Valley.
 
FINDINGS

207 usable responses were obtained, providing a rate of return of 69%. Out of this, 137 respondents were self-classified as adopters and 70 as non-adopters. Table 2 illustrates the frequency and percentage of adopters and non-adopters.
Pearson correlation analysis in table 4 above provides an overall summary of the relationship between demographic variable and adoption of Internet banking. Gender, age, education, occupation and annual income are negatively related to adoption of Internet banking. Only race has positive relationship with Internet banking usage. Only gender and annual income exhibit a significant negative relationship with adoption.
Table 5 displays a model summary that indicates the strength of the relationship between age and adoption of Internet banking. The R2 tends to optimistically estimate how well the model fits the sample in this study. Table 5 also indicates an Adjusted R2 value of .040, therefore the model has accounted for 4.0% of its contribution to the dependent variable. It means that, there are other non-demographic variables contribute to greater impact of adoption of Internet banking.
The test statistic of F value is 9.534, which is much larger than the value of .05. It means, it is a statistically significant at p<0 .01="" levels.="" p="">
In Table 5 above, age has a significant negative relationship with the adoption of Internet banking at 0.001 levels. Income is also has significant negative relationship with the adoption of Internet banking at 0.01 levels. Gender, race, education and occupation found to be insignificantly related to the adoption of Internet banking.
 
DISCUSSIONS

This study investigated the effect of demographics factors on Internet banking adoption behaviour among retail banking customers in Klang Valley. The results indicated that all hypothesis regarding gender, race, education level and occupation were not supported except for the hypothesis on age and income. In our findings, age is negatively related to the adoption of Internet banking. This finding is consistent with earlier studies by Wilson (2000); Polatoglu et al., (2001); Black et al., (2002); Kerem (2002); Joseph and Stone (2003) and Waite & Harrison (2004) which indicate that adoption of Internet banking among young consumers seem to be a common phenomena in different cultural environment in different countries. Moreover, the younger consumers are more likely to adopt Internet banking as they are found to be tech savvy. Furthermore they can access Internet from home, office, cyber café, and etc. In addition, the services offered by internet banking are inexpensive and affordable.
We also found that income of the respondents is negatively related to the adoption of Internet banking. This finding supports the earlier studies by Howcroft (2002), Chang (2003), Rogers (2003), Babiarz and DeVaney (2007), which have similar views in their studies indicating that higher income consumers have greater preference for branch banking transaction. Research conducted by MCMC (2008) indicates that those in lower income category are the highest number of Internet users who earned between RM1000 to RM3000 per month. Therefore, our finding is consistent with the findings of the above scholars.
Relationship between gender and adoption of Internet banking in the past studies were somehow inconsistent and conflicting results and this research further supports that there is insufficient evidence on the association. This study did not support previous studies of Shergill & Li (2005), Hung (2006),Huam et al. (2008) and Mirza et al. (2009) as respondents participated in our survey were predominantly female. Probably this could have influenced the findings.
It was also indicated in the past studies that adoption of internet banking increases with level of education. However, this study did not support the past empirical evidence of Suganthi et al. (2001), Sadiq and Balachandran, (2002), Mattila et al. (2003), Kolodinsky et al. (2004), Lafore and Li (2005), Huam et al. (2008), Padachi et al. (2008) and Mirza et al. (2009). It seems people with higher education are less likely to adopt Internet banking as a cautious behaviour towards Internet banking.
Findings on occupation is insignificant and found to be conflicting with previous studies of Lee (2001), Ramayah & Koay, (2002), Matilla et al., (2003) & Mirza et al., (2009).This is due to most of our respondents were young and just entered into employment market. Race factor in our findings is also found to be insignificant and it is inconsistence with previous studies of McIver (2000), Ono & Zavodny (2002) & Huam et al. (2008). This may be due to that race factor is no longer a barrier towards adoption of Internet banking as Malaysia is already a multi racial environment where assimilation process among the races have already taken place.
The Malaysian financial market has been more competitive with the loosening of some laws and increase in approval by Bank Negara Malaysia for banks to operate Internet banking. Almost all banks offer Internet banking in the Malaysian financial market. Therefore, the financial institutions have tried to exert competitive power in the market through various ways such as merger with other financial companies, downsizing their physical facilities, and expanding their service scope through information and communication technologies. In this situation, Internet banking has been attractive to the financial sector.
Banks can expect to save a lot of the cost of maintaining their large physical distribution systems by adopting Internet banking. Although many financial institutions have realized the advantages of Internet banking and launched this service, the companies have not been able to optimize the benefits because some consumers are not aware of the services or reluctant to adopt Internet banking. Therefore, financial institutions need to make efforts to provide information on Internet banking based on accurate customer segmentation. The results of this study will help marketers in the financial companies to build innovative distribution strategies for Internet banking.
The commercial banks in Malaysia should focus on younger consumers, as they would be holding higher positions and income in the near future. This segment will adopt Internet banking on a bigger scale whereby enabling commercial banks to save costs by moving away from the traditional banking. To cater for this segment of the market, commercial banks should promote Internet banking through social media networks such as face book and twitter. Malaysian financial authorities, such as Ministry of Finance and Central Bank should formulate policies towards encouraging younger consumers by providing flexibility in regulatory matters. Business people who are travelling on International assignments for their business or professional commitments need convenient banking to perform their transaction at their own pace of time through Internet banking. Older consumers tend to be more conservative toward Internet banking and have difficulties in learning the new types of banking. As such, education programs must be offered to this segment of consumers in order to market the new banking technology efficiently. The need to educate older generation arises as they have plenty of purchasing power and is expected to spend large sums of financial services. Through education and awareness programs, consumers with high income can be shifted from conventional banking to Internet banking. Older consumer who are inclined to new innovation and willing to consider Internet banking as their choice of banking can be the targeted market of the banks. As the older generation perceives Internet banking is risky, the banks must provide assurance that Internet banking transactions are safe, secure and the risk free
 
LIMITATIONS OF THE STUDY

This study was conducted on smaller sample size of 207 respondents in Klang Valley. A more comprehensive study of Internet banking adoptions and can be conducted if the number of respondents reaches a significant number. The number of respondents from the Chinese community is found to be smaller compared to other races and this would have influenced the results. Future study should consider the equal proportion of race to obtain more accurate and reliable findings. It is also found that number of female respondents was higher compared to male respondents in this study. Future study should consider equal proportion of male and female respondents. The credibility and integrity of the respondents are important in answering the questionnaire. The accuracy of the responses by the respondent could probably be disputed as it relies solely on the understanding of the respondents towards the distributed questionnaire. Further study may be required to confirm whether there is any other factor that contributes in the adoption of retail internet banking. Therefore, it is also possible to explore other variables besides demographic to confirm further influence in adoption level. It is also useful to explore the profession between government sector, private sector and self employed. It is also possible to investigate locations of the respondents to enhance the study. A more comprehensive study of Internet banking adoptions usage can be conducted with large size of respondents.

CONCLUSION 
 
This study is focused on the adoption of retail internet banking among consumers in Klang Valley. It investigates the impact of demographics factors on Internet banking adoption behaviour among Klang Valley retail consumers. This study adopts a quantitative approach using questionnaire survey at the banks in the Klang Valley. The results indicated that hypotheses regarding gender, race, educational level and occupation were not supported. But, the hypotheses on age and income are supported.

Source-  Adoption of Retail Internet Banking: A Study of Demographic Factors. By: MUNUSAMY, JAYARAMAN, DE RUN, ERNEST CYRIL, CHELLIAH, SHANKAR, ANNAMALAH, SANMUGAM, Journal of Internet Banking & Commerce, 12045357, Dec2012, Vol. 17, Issue 3


If you want PhD Writing Help in Internet Banking Management, Dissertations with Abstract, Introduction, Literature Review, Research Methodology, Data Analysis, Conclusion, References, Questionnaire, Custom Writing Help in PhD, Thesis, Case Studies on Internet Banking, Research Proposals, Term Papers,  Project Report on Internet Banking,  Research Projects, Assignments, Coursework, Essays, Articles, PowerPoint Presentations, SWOT Analysis Report, and Synopsis, than contact Mahasagar Publications, Mumbai, India by calling +91 9819650213 or +91 8081344446  or visit website www.projectspapers.com