Skip to main content

Higher Education Market: Business Growth Analysis & Key Market Driver

The higher education market has emerged since the last two decades and is now growing rapidly. The number of players in this market is increasing in the shape of private and public institutions, ministries of education and government agencies, education and testing companies. Educational institutions are becoming more receptive towards adoption of technological components. Technology in education is playing an important role in allowing students and educators to interact and avail upcoming learning opportunities. Within the higher education market, there is an increasing competition between public and private higher educational institutions to emphasize on students and faculty from across the world along with participation of international universities and business partners for research, associations and funds.
Global Higher Education Market: Segmentation
The total market is segmented on the basis of hardware, software, services, users and geography. The several hardware devices used in the higher education market are tablets, PCs, interactive white boards, projectors, printers and others. Software solutions comprise data security and compliance, campus technology, performance management, content and collaboration and others. Further, the service sector includes implementation, training and support and consulting and advisory. The several users of higher education are private colleges, state universities and community colleges. The geographical analysis in the report covers North America, Europe, Asia Pacific and Rest of World.
Global Higher Education Market: Drivers and Restraints
Increasing connectivity and hardware, privacy of several cloud based resources, emerging online and collaborative learning and personalization of the technology are the major driving factors that contribute to the growth of the higher education market. However, increased cost, difficulty in adoption of server-based computing and decreased government funding are some of the challenges for this market. Today, higher educational institutions are not spending increasingly on technology owning to budgetary restraints. The rise in competition among several institutions in long run would result in rapid deployment of cloud-based resources. Thus, the new developments in technology and strategic alliances and partnerships are opportunities for this market.
Global Higher Education Market: Key Trends
There are a number of new trends generating a prospect for institutions to communicate education in a more interactive and effective way. Higher educational institutions are more conscious about the recent developments in the international market, through structuring efficient strategies for long term associations and determine a superior level in worldwide student market. Universities around the world are making efforts to include unique strategies and activities, through promoting its programmers to a large audience and by providing services in line with foreign students.
The higher education market is expected to exhibit a single-digit CAGR by 2019. The suppliers are not only providing software and hardware solutions but also are focusing on increasing technological deployments within existing as well as the new user accounts. Therefore, it is estimated that more than 70% of learning platforms would be Software as a Service or cloud based.
Global Higher Education Market: Key Players Mentioned in the Report
Some of the key players in the higher education market are Smart Technologies, Inc., Xerox Corporation, Panasonic Corporation, Oracle Corporation, EduComp Solutions, Dell, Inc., Cisco Systems Inc., Three River Systems, IBM, Blackboard Inc. and Adobe Corporation among others.

Comments

Popular posts from this blog

Mobile Printing Market: Comprehensive Evaluation Of The Market Via In-Depth Qualitative Insights

Mobile printing let end-users print documents when they are in traditional network of away from it The mobile printing enables end-users to print from their devices to any mobile printing application enabled printer located in the office, public print location or at home. Mobile printing is wireless and provides high degree of efficiency to its end-users. It uses 802.11 networking or Bluetooth to communicate and can be used on both local area network (LAN) and wide area network (WAN). Thermal based technology is being used in mobile printing to provide high quality output. There are two types of thermal printing methods which are uses in mobile printing namely direct thermal and thermal transfer. With the help of mobile printing technology the security of the device and system will be enhanced, as an individual is able to set password to prevent unauthorized access, in case of remote printing over internet.. Furthermore, mobile printing reduces need for individual printers on every d

Growing Industrialization will Influence the Oil Condition Monitoring Market Growth

Major players in the global oil condition monitoring market are Bureau Veritas, Intertek, Parker Hannifin Corporation, Castrol Limited, Spectro Analytical Instruments, General Electric Company, and Insight Services Unveils TestOil Oil is an important resource used in various machineries and engines in order to provide lubrication and for temperature regulation. After prolonged usage, oil starts to lose out on its properties and becomes less functional. Using such oil can damage the engine or machinery in which it is being used. Hence, it is necessary to keep a check on the condition of oil and replace or upgrade it after its optimum usage. Oil condition monitoring means keeping a timely check on the quality of oil that is being deployed in the system and taking the necessary steps so that the oil serves its purpose to the fullest. The monitoring also helps in increasing the efficiency of the machine, reduces downtime, and reduces cost, thereby increasing profits. Request A Sampl

Communications Electronics Cooling Systems Market Growth to be Stimulated by Brisk Technological Expansions

The Electronic cooling systems have wide range of applications in many industrial domains for their nature of keeping the electronic device cool and maintain the temperatures optimally required by the device. There are various cooling techniques that includes heat sinks, thermoelectric coolers, forced air systems, fans, and heat pipes. However in case of low environmental temperatures, the devices may require to heat it to maintain the temperature required by the device to achieve satisfactory operation. Also the electronic circuits generate lots of heat and thus maintaining the temperature increases the reliability and shelf life of the device. These electronic cooling systems have wide applications in personal computers, soldering, batteries, and other electronic component and devices. There are software that are designed for thermal simulation of electronic devices. There are various methods through which heat is being sink in the devices that includes cold plates, fans, high condu