Best Private Universities in Malaysia for Network Computing
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Professionals with Information Technology (IT) and network computing qualifications and skills are in short supply worldwide. The U.S. Department of Labor estimates the employment of network and computer systems administrators will grow by 31 percent from 2014 to 2024. And this is the same for all countries including Malaysia.
As organisations and institutions in Malaysia invest in mobile devices, cloud computing, social media, and big data, they depend on a workforce with the digital skills to make the most of these technologies. Right now, the number of people working and studying information technology in Malaysia simply won’t match the expected demand. Individuals who choose to add network computing to their studies or professional skills discover new opportunities in today’s digital economy.
Choosing the best university to study in Malaysia will ensure that the student will gain the necessary knowledge and skills in Network Computing to compete in the workforce.
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Top 4 Network Computing Private Universities in Malaysia
Although there are many computing degree programmes at universities in Malaysia, a few stand out among the rest. There are also many top private universities in Malaysia that offer high quality Network Computing degree programmes that students should consider as they may offer a specialisation and other unique qualities on campus.
Choosing the best university for Network Computing in Malaysia can be confusing, therefore take the time and effort to do your research asking knowledgeable & experienced counselors for advise. Here, at EduSpiral Consultant Services, I have more than 20 years working at top private universities in Malaysia helping students to make the right choices. Do contact me if you need assistance in choosing the right university or computing course. Below are a list of some of the best universities in Malaysia for network computing:
List is in no particular order
Studying Network Computing in Malaysia
Simply put, computer networking is the study of how computers can be linked to share data. The concept of connecting computers dates back to the 1960s, when the Department of Defense led the first attempt to create a computer network that painstakingly linked a handful of computers around the U.S. Since then, wireless networking has taken off and networking is now considered an essential part of computing. A computer without a network, arguably, has little use in daily life.
Compared to Computing, the Network Computing course has a much stronger focus on computer network technologies. You will develop both practical skills in designing and building networks, as well as expertise in network management such as fault, configuration, accounting, performance and security. For each of these, students will learn about available protocols and how to analyse different models and standards.
At the same time, the Network Computing course at a top university in Malaysia should cover all the fundamentals of computing. Topics include web applications, database systems, programming and software development.
You’ll also develop skills in areas such as mobile and wireless technologies, IP telephony and network security. The networking knowledge and skills you will gain during your studies at universities in Malaysia can be used to support and manage information networks in organisations. You will be looking at network communications from the deep academic understanding, through to the practical aspects of generating the data and configuring commercial grade equipment to best manage the information efficiently.
Who Should Study Network Computing?
A solid math background is valuable, like all the other computer science and engineering fields. In addition to Calculus, important tools in computer networking and communications include the following:
- Linear algebra
- Probability and statistics
- Differential equations
- Numerical analysis
Good programming skills are also very important. Although a good programming background may not be necessary for some of the topics under networking (e.g., low-level communications, hardware issues), networking protocols and software require a solid programming background.
Most of the time, students have to develop skills in a new paradigm of programming: distributed programming. In distributed programming, replicas of the same of code run on different machines but work collectively to do a common task. This may sound like parallel programming, but it’s not quite the same. Most of the time, code replicated over the network treats each other as peers and exchanges messages to proceed on a common task, e.g., transferring data from one machine to another.
A solid capability for abstract thinking is also essential for networking, like most other computer science fields. Networking typically involves a layered architecture where each layer is an abstraction of services to layer above. Writing code for networking software involves a good deal of abstraction.
What is Network Computing?
Network computing refers to the use of computers and other devices in a linked network, rather than as unconnected, stand-alone devices. As computing technology has progressed during the last few decades, network computing has become more frequent, especially with the creation of cheap and relatively simple consumer products such as wireless routers, which turn the typical home computer setup into a local area network.
In network computing, computers often share broadband and other resources. Many larger business networks also share hard drive space, where any networked computer has access to the same data through a server or other hardware setup. Networking can be a more efficient way to deliver more functionality to a large number of computers or devices. In some cases, for example, a network may allow for lower software licensing fees than buying the software for a specific number of stand-alone devices.
More recent developments have made network computing more sophisticated. One is the process of network virtualization, where hardware networks may be logically partitioned. Another is cloud computing, where the shared network resources can be located remotely for greater data security.
A network is defined as a group of two or more computer systems linked together. There are many types of computer networks, including the following:
- local-area networks (LANs): The computers are geographically close together (that is, in the same building).
- wide-area networks (WANs): The computers are farther apart and are connected by telephone lines or radio waves.
- campus-area networks (CANs): The computers are within a limited geographic area, such as a campus or military base.
- metropolitan-area networks MANs): A data network designed for a town or city.
- home-area networks (HANs): A network contained within a user’s home that connects a person’s digital devices.
Computer networking involves many things coming together, and there are many challenges and
important problems to solve in the field of networking:
- Scaling hardware and software to very high (e.g., 100+ Gbps) speeds (routers, switches)
- Effective interaction with user (web technologies)
- Privacy protection and security (firewalls, antivirus software)
- Meeting growing wireless demand (smartphones, handhelds)
- Scaling the number of participants to many billions (sensors, Internet-of-Things)
- Maintaining healthy Internet economics among service providers
- Addressing social phenomena
- Seamless connection to highly mobile devices
In addition to these types, the following characteristics are also used to categorise different types of networks:
- topology : The geometric arrangement of a computer system. Common topologies include a bus, star, and ring.
- protocol : The protocol defines a common set of rules and signals that computers on the network use to communicate. One of the most popular protocols for LANs is called Ethernet. Another popular LAN protocol for PCs is the IBM token-ring network .
- architecture : Networks can be broadly classified as using either a peer-to-peer or client/server architecture.
Computers on a network are sometimes called nodes. Computers and devices that allocate resources for a network are called servers.
What is the Typical Job of a Computer Network Specialist in Malaysia?
Computer networking has become a routine part of our daily lives therefore making the jobs of computer networking specialists and administrators more important in Malaysia. It is the job of the computer-networking specialist to keep the networks working. Once a network goes down, many businesses stops to function until it returns to normal. This may incur losses to the businesses. Computer networks have become the communications backbone of large and small companies in Malaysia.
Problem solving is generally the top activity for computer networking specialists, and the ability to solve problems quickly and creatively is important. The priority of the computer networking specialist is the day-to-day support that keeps the network functioning.
A small travel agency in Kuala Lumpur, for example, cannot function if it does not have access to its computer network of airlines and travel databases. Many businesses in Malaysia would be in the same predicament. The computer networking specialist maintains the software and hardware, monitors the system for potential disturbances, analyses problems, and develops plans for potential solutions.
A solid technical support background can help in network administration because it exposes students to unexpected problems and brings them into contact with a broad range of products and computer activities. Networking specialists can anticipate problems and develop plans to prevent them or to reduce their effects when they do happen.
The computer networking specialist’s early career responsibilities might involve monitoring and performing routine maintenance on the computer systems. These responsibilities might include presenting recommendations or developing technical requirements about the company’s network based on available technology.
In some systems, the computer-networking specialist also oversees the security system for the network. Computer crime is a growing problem globally as well as in Malaysia and networking specialists are constantly being challenged to find new ways to thwart potential information thieves. They must understand the nature of the information being protected, the type of software and hardware being used, and the wide variety of possible ways to breach its security.
A typical role for the computer networking specialist is to train others how to use the system. The specialist
must know the intricate details of the system but be capable of translating that information to the layman. Company employees must know what the system can and cannot do, and they must be shown what they can do to protect information and help prevent possible hacking from outsiders.
Computer networking specialists might also serve as the systems administrator for the network. Their role is to identify and evaluate the needs of a company and then develop the network requirements to implement a plan for meeting those needs. They must design a system with parts that fit together and work properly with the least potential for disruption. Administrators might become software engineers and take part in designing the system or network.
Computer networking specialists usually work in comfortable surroundings, but they have to be prepared for a variety of inconveniences. Network breakdowns can happen at any time and very few businesses can wait until the next working day to get it up and running again. This means that the networking specialist may remain on-call during night and weekend hours in the event of an emergency. It also means the specialist should be able to handle some degree of stress. When the system is down, people are not working, and that means the pressure is on to get the system working again as soon as possible.
Career Opportunities in Network Computing in Malaysia
Computer networking specialists are being called upon more and more to safeguard individual, company and government information through constantly changing security processes. A career that barely existed a generation ago has become one of the more high-profile jobs in the world today. The increasing spread of network technology combined with the complexity of that technology means that a graduate will be walking into a growing field that promises to continue to provide challenges and demands for many years to come.
Specialists are in high demand in fields of:
- network applications (including web applications)
- mobile computing
- internet computing
- network technology implementation and management.
Graduates can work as
- Network Analyst
- Network Consultant
- Systems Engineer
- Network Designer
- Chief Technology Officer (CTO)
- Network Engineer
- Management Information System (MIS) Manager
- Technical Support Manager
- Quality Assurance (QA) Analyst
- System Network Consultant
- Data Centre Operator
- Network Administrator
- Network Planning Specialist
- Network Defense Analyst