Profile of vocational area A. Analysis of the key challenges and opportunities facing a particular vocational area. Challenges facing the computer science industry 1. Continuous advancements: The computer industry has grown very quickly and there are constantly new technologies being introduced. Although they may be helpful, it becomes very costly having to constantly upgrade hardware and software to the attest and greatest. This is challenging for businesses that rely on computers to function properly. As a result of this, it can also be challenging for technology manufacturing businesses like Apple or Samsung because they have to try to get the end user to continue buying their new products every year so they have to constantly think of new ways to intrigue their customers. 2. Research and Development: As briefly mentioned in my previous continuous advancements point, Due to the fast-paced computer industry, companies must spend large amounts of money to constantly find new ways to improve their product and keep ahead of the competition. Lots of technology companies like intel, NVidia, AMD, Samsung and Apple release a new line of products every year so they must continuously pour money into researching new advancements that can be made, if they do not then the competition will be ahead of them which can severely impact sales. 3. Data protection: With the technology advances there also comes risks. One of the bigger risks is data security. As we become more reliant on
determined that the three primary risks the company faces in protecting the data are as follows:
The reason why I took this course was because I felt like technology has definitely influenced this world on a larger scale than previously imagined. If you look in our ordinary lives, you will see products of technology and computing. Everyday objects like iPhones, calculators, even cars are being born out of programming and computing. The scale of this mass technological improvement is also a reason why I am taking AP computer science. If you think about it, just a century ago computing was just an idea, having machines complete everyday tasks. Now if you fast forward to our time, right now, once massive computers have shrunk down
The easiest and probably the most common sense security issue is the physical security of the hardware. With traditional computers, it is less likely that someone could walk out of the building carrying a device. As more and more computers are manufactured to be small, convenient and portable, the risk increases. Printers and keyboards should be protected against theft.
The major market trends faced by the organization are the rapid development of the technology. This trend gives the customer an uneasy sensation, so the customer will ask for the upgrade at the lower cost conceivable. Other trend is the cost of the internet, and the use of the computer by their employee for personal matters.
data and risks will help a company to design strong policies, procedures and standards that will help to keep data secure.
Due to the lack in data security elements, the following recommendations are suggested: strategy and risk assessment. Overall data security begins with the identification of risks and the strategy on the solution to those risks. This can be accomplished through a Strength Opportunities, and Threats (SWOT) analysis. Strengths and weaknesses are derived from internal factors, such as employees, while opportunities and threats are derived from external factors, such as hackers (Value Based Management, 2011).
This all relates to technology. When the technology is up to date it reduces process times and in the end it helps to create more profit for the company because work is done faster, customer needs are met in a timely fashion and there is less waste.
“The practice of keeping data protected from corruption and unauthorized access” is known as data security (SpamLaw, 2011). The focal point of data security is the protection of
As technology grows and information has become a critical asset companies currently are devoted their resource and money to protect their data as important as their finance and human resource assets.
Next I would like to speak about effective measures to protect data. Selection of security means should be based on an effective protection and meanwhile should be convenient. As advises article Anonymity for lazy people (2004, June
With data and the collection of it, comes the added need for security. To begin to understand how we need to secure the data we collect we need to understand a few aspects of the
Computer Science, Software Engineering and Information Systems are international qualifications, enabling people to work globally, and in a very broad variety of roles. There is steady growth in demand for technically adept and flexible IT graduates. Declining student enrollment, while growth continues in law, medicine, biology, economics, and business; the decline among women is particularly alarming (Klawe and Shneiderman 27). Computer science is now a part of everyone’s daily life through the innovations and technologies it enables. From transforming health care to enabling a more robust national defense, computer science is on the forefront of discovery, driving economic growth and transforming our
Software engineering (SE) is the profession concerned with specifying, designing, developing and maintaining software applications by applying technologies and practices from computer science, project management, and other fields.
September 13 is the day of the programmer. A day in which we celebrate the clever, and often mysterious, work programmers achieve that help the modern world keep spinning. Programmers come in many forms, from web developers and front-end developers (those who take the design of a website and bring it to life using an array of languages such as JavaScript, HTML and CSS) to software and application developers (those who gather feature requirements for software, design a solution and implement the intended features).
There are very many types of information systems. Classification of information systems follows the organizational levels in which they are used or installed for use. For instance, there are management information systems; some of which will be covered in this project report. Management information systems (MIS), helps businesses meet their business objectives. Almost all organizations and businesses today use management information systems; be it large, small, startup or an established multi-national. This is for the sole reason that information systems have evolved from just being a tool to gain competitive advantage for businesses, to a vital tool, a necessity in the digital age we live in. Management Information Systems help managers make better-informed decisions and communicate with their superiors, as well as with all the stakeholders in the businesses their organizations are involved in.