Web Master

Job Description

A web master is a computer specialist whose job it is to maintain websites. Web masters are also called web administrators. A web master may be responsible for many functions of web maintenance from design to analysis of user data.

Employment Facts 
There were 209,000 people employed in this and related fields in 2008.

Educational Requirements

One usually needs only an associate degree or certificate to work as a web master but a bachelor's degree in a computer-related major may be required for more advanced positions.

Other Requirements 
A web master must keep up with continuous changes in technology.

Job Outlook
Web masters are predicted to see job growth that is faster than the average for all occupations through 2018.

Earnings 

Computer network, systems and database administrators, including web masters, earned a median annual salary of $77,010 in 2009.
Use the Salary Wizard at Salary.com to find out how much a web master currently earns in your city.


A Day in a Web Master's Life:

On a typical day a web master's tasks might include:

• designing a website
• making sure users can access a website quickly
• approving site content
• collecting and analyzing data on website activity and traffic patterns
• responding to user feedback

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Software Tester

1. No software testing…no software!
Without testing, software is worthless - software testing does not make software, it makes software usable.

2. You save your company’s face and money (The bottom line).
You catch bugs so that the customers don’t have to deal with them-when the customers have to deal with bugs, it will cost your company a lot more (i.e., money, reputation, time, etc.).

3. You help people sleep better at night (The confidence).
Nowadays, software is everywhere. When software testing is done well, it gives your company or clients confidence in the software-everyone can sleep better at night. You provide the critical information for the entire team to have confidence in the product.

4. You make a lot of people happy (The joy).Well tested software leads to consistent quality products that meet customer needs in a user-friendly manner-your customers and sales staff will be happy; you live up to your marketing claims; you deliver products to sales channel and customers timely; you eliminate embarrassments. You provide information without getting political.

5. Software testing offers you opportunities to constantly be exposed with the latest and the greatest.
Software testing is a continued changing and learning discipline-you constantly have to keep up with new ways of doing testing to keep up with development methods, new platform technologies, new product innovations and new ways of how software products are used. It gives you exposure to more than software alone. It has a business analysis component. To be a good tester you will have to learn about the business of the customers. And for each project that can be something different, from financial industry to oil companies, to cell phones, games, etc.

6. Software testing is highly intellectually, analytically and creatively demanding.
Software testing offers you opportunity to fully utilize your critical thinking and creativity to discover or see things that others do not see. It can be interesting, and intellectually challenging. You have to think out of the box- think of things and situations that others have overlooked. If those elusive bugs were easy to find, they probably wouldn't be there. It is less technological focused than software development, but it does not mean inferiority. You don't have to be a programming enthusiast to be a good software test engineer. But you have to have good analytical and creative skills, which you can also develop further in this profession.

7. Many can do it, but few can do it well.
There are still relatively few people specialized in software testing. In particular there are relatively few people who are good at it.

8. Software testing will always be a much needed profession.
Certainties in life: Death, taxes and bugs in code! Testing is around 30% up to 40% of all software development efforts. There is always a need.

9. Software testing is a challenging and rewarding profession.
While software developers often work with one or more parts of the software but not in whole, software test engineers have opportunities to work with the product as from end-to-end (the product is more than software), as well as at a very deep level of details. To do testing well, it requires a good mix of software testing skills, IT technical skills, domain expertise, project management and communication skills. Software testing requires a lot of communication and language skills (e.g., English if you work with an US-based development team). The better communication language skills you possess, the higher your compensation will be. Testing is the bridge from development to customers, user advocates, so you learn more about the business needs and customers. Good testing is about business modeling, user analysis, understanding the market.


10. Software testing is a well compensated profession with ample opportunity for fast-paced career advancement.
It has been an under-studied discipline and an industry that still offers a lot of room to learn, pioneer and innovate. Therefore, it offers plenty of opportunities to quickly advance in your career, be well compensated and/or become thought-leaders. In software testing profession, there are many opportunities for growth. You can become senior engineer, project lead, project manager, line manager, director, etc.

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Network Administrator

Network administrators connect different devices together to form fast and efficient networks. They are often responsible for maintaining the links and solving any problems which may occur with the network.

Typical requirements of the job include:

• consulting with clients to specify system requirements and design solutions
• budgeting for equipment and assembly costs
• assembling new systems
• maintaining existing software and hardware and upgrading any which has become obsolete
• working in tandem with IT support personnel
• providing network administration and support.

Typical employers of network administrators

• publishers
• software developers
• government
• the financial industry
• manufacturers
• retailers
• construction firms

Since almost all industries are now heavily computer-dependent, network administrators are needed in most companies.

Qualifications and training required

Network administrators will need to understand how to connect devices to form a fast and efficient network. It helps if you have experience of networks running on specific network operating systems like Microsoft NT or 2000, or UNIX. There are a number of valuable qualifications such as Microsoft certified system engineer (MCSE) status or Cisco certified internetwork expert (CCIE).

Key skills for network administrators

• patience
• interpersonal skills
• enthusiasm
• team working skills
• initiative
• commitment to quality
• results-driven.

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Web developer

Work activities

Web developers design, build and maintain websites and website applications in line with their clients' needs.
As a web developer you could work for a variety of businesses and public sector organisations. Examples of the projects you might work on include:

• creating a secure online shopping website
• developing a virtual learning environment (VLE) for a college
• setting up a company intranet for staff.

On a typical project, you would:

• work with the client, using test sites to see which ideas best suit their needs
• build the framework – or 'architecture' – of the site and add the command buttons, payment systems and video, sound or animation
• make sure that the new site can be smoothly integrated into the client's existing network, for instance linking with a customer database
• work on the site's appearance, often with a web designer
• put in measures to deal with user access and security
• test the site under construction to find and fix any problems – or 'bugs' – before it goes live.

Once you have built the site, you may continue to make minor changes to make sure the site is working properly and meets all the client's requirements. Depending on the contract, you may continue to maintain the site once it is up and running.

Working hours and conditions

You would usually work 37 to 40 hours a week, Monday to Friday. Some evening and/or weekend work may be needed to meet deadlines. If self-employed, you would work the hours necessary to complete the job.

The work is mainly office-based. If you work for a company you would normally be at one site, but if you are self-employed, you might work from home or on the client's premises.

Income

• Starting salaries for junior roles are between £19,000 and £22,000 a year
• With experience, this can rise to between £25,00 and £35,000
• Lead developers may earn up to £45,000 a year.

Entry requirements

You would normally need a foundation degree, HND or degree in an IT-related subject. Relevant subjects include:

• web development or web design
• multimedia design
• digital media development
• web content management
• business information systems
• computer programming.

Training and development

Once you start working, you would normally receive on-the-job training, especially if you have joined a company through a graduate training scheme.
Web technology is constantly evolving, so whether you are freelance or employed by a company, you should continue to update your skills throughout your career.
Depending on your job, you are likely to need a working knowledge of one or more of the following: Java, C#, Perl, PHP, JavaScript, ActionScript, Ajax, HTML, XML and Cascading Style Sheets (CSS).
An understanding of SQL and MySQL databases, and application frameworks such as ASP.NET may also be required.

Skills, interests and qualities

As a web developer, you will need:

• excellent web and database programming skills
• a good appreciation of design, usability and interactivity
• creative skills to turn clients' ideas into workable plans
• excellent problem-solving skills
• a willingness to work flexibly but in an organised manner
• the ability to follow exact instructions
• an understanding of international web development standards
• the ability to work to deadlines
• a commitment to keep up to date with developments in technology
• an appreciation of commercial pressures
• excellent people skills
• the ability to work alone or as part of a team.

You may need project management skills for more senior roles or freelance work.

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Web Designer

Where to Start

If you're thinking of becoming a professional Web designer, there are a number of things to consider. Firstly, there are many different avenues you can take as a professional Web developer. You can also choose to go freelance or work in a corporation. And being a Web developer isn't all fun and games - make sure you know what the job will entail. Finally, getting certification or other education is a great way to make sure you're prepared.

Finding Web Design Work

Finding a job is tough no matter what field you're in. These articles take you through some of the requirements needed for Web development and design jobs as well as tips for getting hired.

What to Charge for Web Design Work

Deciding what to charge or what salary you deserve can be very difficult. It often depends upon the region you live in, what competition you have, and how much other design work you've done.

Promoting Web Sites

One of the keys to keeping your Web business running is getting people to come to your site and the sites you run. And there is more to this than just SEO. Learn the tricks and tips to get people to come to your Web sites and then stay there.

Administering Web Sites

Many Web designers would like to forget about the administration piece of working on the Web. After all, in many ways it's the boring part. Administration is maintenance and statistics and hosting. But if you don't have those things, chances are you won't have a Web business in a year or so. Or if you do, it will be struggling.

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System analyst

Systems analysts are responsible for the complete life-cycle of a new/modified IT system, from analysing existing arrangements to implementing systems and providing training.

The skills of systems analysts are called upon when operational problems are encountered with IT systems.

• examine current systems
• talk to users (requirements gathering)
• produce specifications for new or modified systems
• liaise with other IT staff such as programmers to produce
• implement the new system.

They are also responsible for user training and feedback. Travel is a key feature of the job as the majority of work is undertaken at clients' premises.

Typical employers of systems analysts

• information technology/software consultancy firms
• commercial and industrial organisations
• the Civil Service
• retailers
• service industries
• financial institutions.

Self employment is possible for individuals with several years' relevant experience.
Jobs are advertised by careers services and recruitment agencies, and in local/national newspapers and specialist publications including Computing and TARGETjobs IT. The internet is also a good source of vacancy information.

Qualifications and training required

A genuine interest in and enthusiasm for IT is often more important than your degree subject, although graduates with a technical background (physics, mathematics, computation or software engineering) are preferred.
Arts and humanities graduates (with 2.1 degrees) should be able to demonstrate their interest in computers and IT, and a postgraduate IT conversion course can be useful. Employers often require candidates to meet high standards in programming aptitude tests.

Key skills for systems analysts

• strong analysis skills
• attention to detail
• team working
• written and verbal communication skills
• inter-personal skills
• flexibility
• adaptability
• initiative

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Computer Programmers

What Computer Programmers Do

Computer programmers write code to create software programs. They turn the program designs created by software developers and engineers into instructions that a computer can follow.

Work Environment

Programmers usually work in offices, most commonly in the computer systems design and related services industry.

How to Become a Computer Programmer

Most computer programmers have a bachelor’s degree; however, some employers hire workers with an associate’s degree. Most programmers specialize in a few programming languages.

Pay

The median annual wage for computer programmers was $74,280 in May 2012.

Job Outlook

Employment of computer programmers is projected to grow 8 percent from 2012 to 2022, about as fast as the average for all occupations. Computer programming can be done from anywhere in the world, so companies sometimes hire programmers in countries where wages are lower.

Similar Occupations

Compare the job duties, education, job growth, and pay of computer programmers with similar occupations.



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Database Administrator

Job description

A database administrator (DBA) is responsible for the performance, integrity and security of a database. They will also be involved in the planning and development of the database as well as troubleshooting any issues on behalf of the users.
A DBA makes sure that databases have the following qualities:

• data remains consistent across the database;
• data is clearly defined;
• users access data concurrently, in a form that suits their needs;
• there is provision for data security and recovery control (all data is retrievable in an emergency).

DBA roles vary depending on the type of database, the processes they administer and the capabilities of the database management system (DBMS) in use.

Typical work activities

Your level of responsibility will determine the tasks you carry out in the job. Some work may be pure maintenance while other roles will involve you specialising in database development.
Tasks may involve some or all of the following:

• establishing the needs of users and monitoring user access and security;
• monitoring performance and managing parameters to provide fast responses to front-end users;
• mapping out the conceptual design for a planned database;
• considering both back-end organisation of data and front-end accessibility for end-users;
• refining the logical design so that it can be translated into a specific data model;
• further refining the physical design to meet system storage requirements;
• installing and testing new versions of the DBMS;
• maintaining data standards, including adherence to the Data Protection Act;
• writing database documentation, including data standards, procedures and definitions for the data dictionary (metadata);
• controlling access permissions and privileges;
• developing, managing and testing back-up and recovery plans;
• ensuring that storage and archiving procedures are functioning correctly;
• capacity planning;
• working closely with IT project managers, database programmers and multimedia programmers;
• communicating regularly with technical, applications and operational staff to ensure database integrity and security;
• commissioning and installing new applications and customising existing applications in order to make them fit for purpose.

Because of the increasing levels of hacking and the sensitive nature of data stored, security and disaster recovery have become increasingly important aspects of the work.

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Software Developer

  Software developers have their fingerprints all over our lives. That alarm clock app that woke you from a dead sleep this morning was designed by at least one software developer. The host of applications you fire up on your computer when you arrive to the office? Yes, software developers had a big hand in shaping those, too. From the mobile app you use to check your bank account balance to the games you play on your tablet to unwind, software developers are along for the ride thanks to their amazing code creations.

Designing programs is the job's most identifiable component, but these tech-savvy professionals have many other responsibilities, including testing and debugging the software and maintaining and improving it once it's in operation. Software developers may be tasked with creating a product from scratch according to a customer's specifications or modifying existing software, and they work in a range of industries, including computer systems design, electronic product manufacturing and finance. Collaboration is an integral part of the job, as developers frequently consult with management, clients and other developers to solve technical challenges and determine the requirements of the software system. Developers are often natural problem-solvers who possess strong analytical skills and the ability to think outside the box.

The Bureau of Labor Statistics projects 22.8 percent employment growth for software developers between 2012 and 2022, much faster than average for all occupations. During that time period, an estimated 139,900 jobs will need to be filled. The profession's superb job prospects, low unemployment rate and excellent median salary helped it grab the coveted No. 1 spot in our ranking of the Best Jobs of 2014.

Salary

The Labor Department reports that software developers made a median salary of $90,060 in 2012. The highest-paid 10 percent in the profession earned $138,880 in 2012, while the lowest-paid earned $55,190. While the computer systems design industry and software publishers employ the highest number of software engineers, the highest-paid positions are spread far and wide across the country.

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Computer Science Careers

Computer and Information Systems Manager

Oversee the computer activities of organizations or companies. They implement technology that can help these entities meet their goals. While some employers hire job candidates with a bachelor's degree, many prefer those with a master's degree in business administration (MBA). Computer and information systems managers' median annual earnings were $113,720 in 2009 .

Computer Systems Analyst

Computer systems analysts assist their employers with the efficient and effective use of computer technology. Many employers prefer to hire job candidates who have bachelor's degrees and for more complex jobs, some require a master's degree. In 2009 computer systems analysts earned a median annual salary of $77,080.

Computer Software Engineer

Computer software engineers design, test, construct and maintain computer programs to meet users' needs. They specialize in either software applications or software systems. Most employers prefer job candidates with a bachelor's degree in computer science. In 2009, computer systems software engineers earned a median annual salary of $93,470, while computer applications software engineers earned a median annual salary of $87,480.

Computer Programmer

Computers would be merely pieces of plastic without the computer programmers who write the programs that enable them to perform their functions. One must earn a bachelor's degree, usually in computer science, to work as a computer programmer. Computer programmers earned a median annual salary of $70,940 in 2009.

Computer Support Specialists

Computer support specialists help companies' customers or staff solve computer-related problems. They may help with difficulties computer users are having with software programs, operating systems, computers or peripherals. While some employers will only hire computer support professionals who have bachelor's degrees in computer science, the level of education required in this field varies. They earned a median annual salary of $44,300 (median wage of $21.30 per hour) in 2009.

Network Systems Analyst

Network systems analysts analyze, design, test and evaluate network systems including local and wide area networks (LANs and WANs). Generally, a bachelor's degree in computer and information systems is required to work in this field. Network system analysts earned a median annual salary of $73,250 in 2009.

Software Developer

Systems software developers create operations software that make computers and other devices run. Applications software developers design and produce software and games that make them useful. While a bachelor's degree isn't a strict requirement for this career, earning one can help you prepare for it. In 2011 systems software developers earned a median annual salary of $96,600 and applications software developers earned $89,280 per year. Median hourly wages were, respectively, $46.44 and $42.92.

Web Developer

Web developers are responsible for the way websites function. They tend to sites' technical aspects. Although experience and certification may be enough to get someone a job as a web developer, many employers prefer to hire job candidates who have earned a bachelor's degree in a computer-related field. Web developers earned a median annual salary of $77,010 in 2009.

Web Master

Web masters maintain websites and tend to tasks such as design, analysis of user data and responding to user feedback. For most jobs one needs at least an associate degree or a certificate, but more advanced positions require a bachelor's degree in a computer-related major. Web masters earned a median annual salary of $77,010.

There is huge scope of skilled persons , so choose the course and be job ready .

E-Commerce Industry

E-commerce (electronic commerce) describes the buying, selling, and exchanging of products, services, and information via computer network. The term e-commerce as describe 

E Commerce

transactions, conducted between business partners. There are many application of e-commerce, such as home banking, shopping in electronic malls, buying stocks, finding a job, conducting an auction, collaborating electronically with business partners around the globe, marketing & advertising and providing customer service. There are several types e-commerce like collaborative commerce, business to commerce, consumer to commerce, and Mobile commerce etc. Mobile satellite communications also promise to extend the global reach of voice, data and other services. The following services of e-commerce are used most frequently in e-business.

1. Electronic Mail (E-mail): The e-mail is a service that transports text messages (with attachments of videos, audio, documents) from sender to one or more receivers via computer. Voice mail systems capture, store, and transmit spoken messages.
2. Video Conferencing: Video conferencing is a type of conferencing in which video transmission over networks. It is an advance form of teleconferencing. Video conferencing should provide a complete simulation of a normal meeting environment, enabling both parties to see, hear and present material, just as if they were in the same room. It can speed up business process and procedures in the same way that the fax and e-mail have revolutionized the way we share information. Tangible benefits are most easily related to actual cost savings. The most obvious quantifiable saving is the cost of travel and the cost of the time wasted during travel.
3. Electronic Shopping (E-Shopping): Almost all businesses now have website that allow Internet users to buy their goods or services. Shopping can take place using a computer at home, from work or at a cyber café and e-shop can be anywhere in the world working 24hours a day.
4. Electronic Banking: An electronic banking is also known as cyber-banking or online includes various banking activities conducted from home, a business, or on the road instead of a physical bank location.

Industry:

            Computers are used to control manufacturing system and continuous running of the machinery. These are also help in monitoring temperature, pressure, and also check the quality and accuracy, measurement needed in the manufacturing process.

Robots: A robot is an automatic programmable machine that moves and performs mechanical tasks. Robots are used in hundreds of applications from assembling and spray-painting cars, carrying out maintenance on overhead power cables, to testing blood samples, outer space experimental programs, in artificial satellites, and radioactive environments etc. robots can work in environment that are hazardous to humans, it can perform repetitive and boring task continuously without a break at high level of accuracy than human.

Skilled persons get easily job in this sector which is ever increasing . For more info about our courses , log on to our website .

The Use of Computers in Entertainment

Music

    Computers now have almost unlimited access to any song by any artist. Many website services allow users to purchase individual tracks or albums directly to their computer. Most record labels take advantage of these services to make up for lost revenue from illegal downloading. Although, if users do not wish to purchase music, they can still stream music from many websites free but with advertisements. Computers also open a venue for many amateur musicians in the music industry to record their own music without a professional studio. Computers also allow musicians to create artificial instruments to record with, called MIDI instruments.

Television and Movies

    With the advancement of video card and Internet speeds, movies and streaming television are now at the click of a mouse button. Many website services offer free-to-stream movies with the cost of a monthly subscription fee. Some websites even offer free streaming episodes of certain TV series with Internet commercials. With the use of newer HD televisions and computers, the option of sending your computers video feed to a full-screen television is possible. In some cases, users may not even need to pay for cable service or television because of all the free available video content online.

    Art

        Art is something that is readily available online at any moment. Pictures, paintings, poetry and more are just a click away. Popular browsers offer specific image search options to quickly browse through art with a single keyword. Besides general use, computer photo editing programs and animation programs are also the sources behind most movies and professional photographs.

    Games

        Computer games are a quickly growing market just like all other forms of video games. However, computer games offer a very wide array of possibilities. Computers have access to many peripheral devices such as keyboards, mouses, joysticks, controllers and more. Computer games also are highly customizable because computers can manipulate game files. Examples of this would be creating new levels, characters or graphic files for specific games. In fact, computers are absolutely necessary for programming any sort of new video game.

Today , Computers has made presence in the entertainment industry and its huge potential able to grab Computer Professionals . Lets take one of our courses with your interest and be industry ready .

Uses of Computer at Home

Home Budget

Computer can be used to manage Home Budget. You can easily calculate your expenses and income. You can list all expenses in one column and income in another column. Then you can apply any calculation on these columns to plan your home budget.  There are also specialize software that can manage your income and expenses and generate some cool reports.

Computer Games

An important use of computers at home is playing games. Different types of games are available. These games are a source of entertainment and recreation. Many games are available that are specially developed to improve your mental capability and thinking power.

Working from Home

People can manage the office work at home. The owner of a company can check the work of the employees from home. He can control his office while sitting at home.

Entertainment

People can find entertainment on the internet. They can watch movies, listen to songs, and watch videos download different stuff. They can also watch live matches on the internet.

Information

People can find any type of information on the internet. Educational and informative websites are available to download books, tutorials etc. to improve their knowledge and learn new things.

Chatting & Social Media

People can chat with friends and family on the internet using different software like Skype etc. One can interact with friends over social media websites like Facebook, Twitter & Google Plus. They can also share photos and videos with friends .

Not only above these , there are some other domestic uses of computers . So, get any course and ready to a Tech Guy .

The Uses of Computers in Insurance

Computers have helped to streamline the insurance industry, making it possible for insurance companies and the agencies that represent them to take on more clients and provide them faster service. Computers serve a variety of key functions within the insurance industry, and will likely continue to do so in the future.

Record-Keeping

    Computers provide insurance agents and their staff members with a convenient way to store customer records. Their ability to encrypt data and store it in a database lets the companies keep client records strictly confidential. The days of needing stacks of file cabinets for storing information have long since passed. Computers save space and also make data available to agents and underwriters with the touch of a button.

Providing Quotes

    Because of the instantaneous speed at which computers provide information to the insurance agent, agents can provide quotes for various products to clients or potential clients upon request. Computer programs used by insurance companies provide potential clients with instant information regarding what kind of policy the client is purchasing and how much the policy will cost. Because of the needs of clients to often meet with agents at times convenient for the client's schedule, insurance agents may utilize laptop computers to access client information, print off paperwork and provide instant quotes.

Assessing Risk

    The insurance industry relies heavily upon actuarial science in order to assess risk that clients or potential clients may present to the company. Insurance companies use computers to conduct extensive research to produce computer programs that assess risk automatically. These dynamic computer programs take into account various risks that a potential client may cause for the insurance company. The insurance company provides clients with quotes for policies based on this risk assessment.

Underwriting

    Insurance underwriting also depends heavily upon computers in order to create efficiency within the industry. Even though a client my receive a quote from an agent, written policies go through an underwriting process whereby a professional underwriter determines whether or not the policy can be written based upon risk assessment. Underwriting often proves to be the most important with life and health insurance policies. Computers help automate this process--using complex databases and formulas--so that underwriters need not engage in guesswork or make value judgments on their own.

Computers increases their domain by reaching in the Insurance sector . All the employees should be able to handle computers , so they recruit only skilled persons .Enroll for our various courses and make an edge over others .

Uses of Computer at Home

Home Budget

Computer can be used to manage Home Budget. You can easily calculate your expenses and income. You can list all expenses in one column and income in another column. Then you can apply any calculation on these columns to plan your home budget.  There are also specialize software that can manage your income and expenses and generate some cool reports.

Computer Games

An important use of computers at home is playing games. Different types of games are available. These games are a source of entertainment and recreation. Many games are available that are specially developed to improve your mental capability and thinking power.

Working from Home

People can manage the office work at home. The owner of a company can check the work of the employees from home. He can control his office while sitting at home.

Entertainment

People can find entertainment on the internet. They can watch movies, listen to songs, and watch videos download different stuff. They can also watch live matches on the internet.

Information

People can find any type of information on the internet. Educational and informative websites are available to download books, tutorials etc. to improve their knowledge and learn new things.

Chatting & Social Media

People can chat with friends and family on the internet using different software like Skype etc. One can interact with friends over social media websites like Facebook, Twitter & Google Plus. They can also share photos and videos with friends.

One should be enough able to handle such kinds of tasks , Therefore after go through our courses , one can able to do such kind of things .

The Application of Computers in the Banking Sector

Account Management

    In banking, activities start with banks automating customer accounts, which allows personnel to create, update and maintain customer records. Banking hardware and software have enhanced the accuracy of accounts that tellers and other banking personnel process. Banking software performs customer transactions through a centralized data record system. Account management is the genesis and backbone of all banking information systems.

Hardware Technology

    In the 1960s, bank hardware consisted of a mainframe and a punch card machine. Punch cards contained customer account information and were read into the main system by a punch card machine. Midrange and client/server hardware configurations, which are no larger than a minitower system, can run an entire bank in addition to receiving transactions from affiliated bank branches. These new hardware technologies can process more transactions than legacy banking hardware systems. Hardware technologies have enabled advances into wireless banking and telecommunications banking.

Electronic Transactions

    Banking systems must perform electronic transactions. Direct deposit is an example of an electronic transaction. Computers processing electronic transactions must have hardware and software encryption capabilities to keep data from being compromised during a transmission. After the computer performs electronic transmissions, it transfer the information to the main computer system for processing and updating. Banks have extended electronic transaction capabilities through landline and cell phones, the Internet and ATMs.

Web-based Banking

    Web-based banking systems use a dedicated server through a bank network system. An area of the banking system is partitioned for Internet applications. Web-based banking systems by law must include secure servers and authenticated certificates regarding transactions from the Federal Deposit Insurance Company and the Federal Reserve Board. Customers who choose to bank online can access their account through a web interface, which integrates with the main computer. A customer's credentials -- user ID and password -- pass through several checkpoints before entering the main system to perform a web-based transaction.

There are deficiency of Banking professionals now days . The Banks only looks for trained professionals . 

Don't waste time get Job ready professional after learning our computer related courses .

How Computers Are Used in Marketing

Creating a product or service that fulfills a consumer need is necessary for a small business to achieve success, but a strong concept alone is not enough to ensure profitability. Small businesses have to convince consumers to try a new product and find ways to deliver those products to consumers to be successful. Computers can be a powerful tool for assisting small companies in many aspects of marketing new products and services.

Web-Based Promotion

The Internet provides businesses with an advertising channel that can potentially reach millions of customers all around the world. Web advertising can take many forms, including banner and in-text advertisements on popular websites, emails sent to past or potential customers and video advertisements played before or during online videos. Advertising on the web can be cheaper than traditional advertising through media such as TV, radio and print, which can make it attractive to new companies with small advertising budgets.

Market Research

Market research is the collection of data concerning the current state of a market, consumer preferences and competitors. Administering surveys to customers is one of the most common ways that businesses conduct market research. Computers offer a way for companies to give surveys without actually going out and meeting customers. Businesses can gather data by offering surveys on their own official websites, using third-party Internet surveying services or sending out email questionnaires.

Distribution

The methods that a company uses to distribute products and services to customers are a core component of its overall marketing strategy. Computers allow companies to distribute their products and services to remote users via the Internet, without the need for a physical office or retail storefront. Digital distribution can be advantageous to small companies that want to sell to consumers all across the country and keep start-up costs low.

Creating Advertisements for Other Media

While the Internet allows companies to use computers for promotion, research and distribution, computers are also used to help prepare advertisements for other media. For example, modern print magazines and newspapers often use computers to help design the layouts of pages. Graphic designers and media specialists use computers to edit photographs for print media ads, audio for the radio spots and video for TV commercials.

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Google Analytics Tricks To Maximize Your Marketing Campaign

1. Create Goals. Goals are one of the simplest features to use in Google Analytics, but they’re also one of the most neglected. Head to Admin > Goals > New Goal to set up your first goal. For most sites, conversion is the most important goal, and Google has many templates to choose from in order to track conversions effectively. Once set up, you’ll be able to monitor your conversion progress at a glance.

2. Create Custom Dashboards. Go to Dashboards > New Dashboard to create your first dashboard—you can have up to 20 at any given time. Once you select your opening template, you can add as many widgets as you would like (widgets include both standard and real-time data projections for almost any metric you can think of). This is extremely useful for generating a consistent report or high-level view of your overall progress.

3. Set Custom Alerts. Not all of us have time to check Analytics every day for unusual activity. That’s why custom alerts are useful. Go to Admin > Custom Alerts, and you’ll be able to “Create New Alert” for one of several different actions or behaviors. You can apply the alert to All Traffic or just a segment of your traffic, and set the alert to go off when a certain metric rises or falls dramatically within a given period of time. The alert will send you an email or text message when the condition is met.

4. Stop Tracking Yourself. If you care about your website, you probably visit often to make sure everything is working in proper order or to manage and update content. This is great, but your visits could be skewing your traffic information in Analytics. In order to exclude yourself and your coworkers from Analytics data, set up a filter under the “Admin” panel. If you have a static IP address, go to All Filters > Add New Filter, and set a Predefined Filter to Exclude traffic from your given IP address.


5. Integrate Google Webmaster Tools. If you haven’t already set up Google Webmaster Tools for your site, I highly recommend doing so. Webmaster Tools will give you insights Google Analytics can’t offer, such as information about the links pointing to your site, impression data, index issues, manual spam actions, and even organic search keyword impression and click data. If you connect your Webmaster Tools account with your Analytics account, you’ll gain access to new reports such as Queries, Landing Pages, and Geographical Summary.

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Impact of Computer Science on Health Care

Computer science can be defined as the systematic study of algorithmic processes, their theory, design, analysis, implementation and application. Its functions in the modern society today expand far beyond the uses one could even begin to imagine. Specifically, there is an increased influence in its practical application in the field of medicine. In recent times, an interdependent relationship between medicine and technology itself has been developed that did not exist before. Modern healthcare relies heavily on the application of computer technology in furthering its advancement of bioinformatics, biotechnology, artificial organ technology, robotic surgery as well as the process of medical diagnostics.

Medicine is the science of treatment and healing of health and illness and has been documented to originate from as early as the prehistoric age. Surgical operations have been recorded to exist since the ancient Egyptian civilizations, in which they utilized knives, hooks, spoons, and pinchers in their crude surgeries. However, despite these early manifestations of medicinal practices, the lack of proper health care was apparent through the deficient development and involvement of technology with medicine. The Bubonic Plague in the 14th and 15th century wiped out a devastating one-third of Europe’s entire population due to the complete lack of decent diagnostics and vital vaccines, two elements, related to technology, that were critical to the downfall of Europe during the Black Death. History serves as a testament to the impact that the contributions of the technology have on the advances in medicine. More in-depth research in medicine was made possible with technological discoveries, such as the microscope, and made way for the breakthroughs in microbiology, vaccines, and many other fields.

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Computers in Biology and Medicine

Computers in Biology and Medicine is a medium of international communication of the revolutionary advances being made in the application of the computer to the fields of bioscience and medicine. The Journal encourages the exchange of important research, instruction, ideas and information on all aspects of the rapidly expanding area of computer usage in these fields. The Journal will focus on such areas as (1) Analysis of Biomedical Systems: Solutions of Equations; (2) Synthesis of Biomedical Systems: Simulations; (3) Special Medical Data Processing Methods; (4) Special Purpose Computers and Clinical Data Processing for Real Time, Clinical and Experimental Use; and (5) Medical Diagnosis and Medical Record Processing. Also included are the fields of (6) Biomedical Engineering; and (7) Medical Informatics as well as Bioinformatics. The journal is expanding to include (8) Medical Applications of the Internet and World Wide Web; (9) Human Genomics; (10) Proteomics; and (11) Functional Brain Studies.


The publication policy is to publish (1) New, original articles that have been appropriately reviewed by competent scientific people, (2) Surveys of developments in the fields, (3) Pedagogical papers covering specific areas of interest, and (4) Book reviews pertinent to the field.


Articles which examine the following topics of special interest are being featured in Computers in Biology and Medicine: Computer aids to the analysis of biochemical systems, computer aids to biocontrol-systems engineering, neuronal simulation by digital-computer gating components, automatic computer analysis of pictures of biological and medical importance, use of computers by commercial pharmaceutical and chemical organizations, radiation-dosage computers, and accumulating and recalling individual medical records, real-time languages, interfaces to patient monitors, clinical chemistry equipment, data handling and display in nuclear medicine and therapy.

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Do You Need A Computer or Cellular Forensics Investigator?

Unfortunately, as more people are affected by cyber crime and technology plays a larger role in criminal and civil matters, you may need one of the following investigators:

• Computer forensics investigation: A computer forensics investigator will recover data from a computer. If you require evidence of activity on your computer, a qualified computer forensics investigator can get you the proof you need. Computer forensic investigators even have the ability to resurface hidden or deleted data and emails.


• Cellular forensics investigator: Depending on the make and model of a cell phone, a cellular forensics investigator will recover data, text messages, photographs, GPS and other information from a cell phone. They may have the ability to access deleted or hidden information from the device.


• Computer security investigation: If your computer has been attacked by a virtual criminal or has been compromised by an employee or family member, a computer investigator can find out the source of the attack and exactly what has been done to your computer. Through a computer security investigation you will discover whether or not your computer has been used to perpetrate a crime and find out how to prevent future attacks on your system.


• Computer crime investigation: If your system has been used to perpetrate a cyber crime, you may be held liable. A computer crime investigator can find out exactly what type of crime your computer was used to perpetrate, and can help you find the evidence you need to defend yourself in court.

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Use of Computers for Military Training

Computer Simulations

    Computer simulator were born around the same time as the computer game, but the concept of computer games took off much faster than military simulators. People all over the world wanted to get in on the PC gaming action. It wasn't until the military realized the potential of computer simulators did funding for simulators begin to pour in.

    Computer simulations allow the military to train soldiers for severe combat situations without actually having to put them in harm's way. The Air Force can train pilots in flight simulators long before they actually get in the cockpit. Computer simulations have become so advanced that computer games have begun to model themselves after combat and flight simulator software.

Communications

    The military without computers would be a far different place. Sure, we could use the tried and true method of Morse Code, but simply typing in a message an hitting 'send' is so much easier and faster, especially in actual combat situations.

    When it comes to training the military, being able to communicate easily among groups is the key to learning how to work together. Also, use of computers in communication allows those specializing in military communication to get hands-on training in a real world setting.

Military Testing

    Military schools depend on computers for testing the aptitude of the students. What's taught in the classroom setting is tested using computers in order to ensure the validity of the student's answers. Some of the aptitude tests are used to decide what the soldier's occupation will be during her service time.

Military Secrecy

    The many ways computers are used in the military is kept secretive. Many military programs and hardware is kept confidential for the purpose of national security. However, the military has confirmed that much of its training is computer- or technology.

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Should I Become a Web Developer or Web Programmer?

What is a Web Programmer or Web Developer?:

A Web programmer or Web developer is the person in charge of making the website do things. They create the interactivity on the site including the actions on forms, rollovers for menus, and any Ajax or other programming on the site.


The following questions detail some of the common aspects of working as a Web developer or Web programmer for a company (not freelancing). The more of the questions that you can honestly answer "yes" to the more suited Web programmer is to you as a profession. Remember, however, that Web development is only one way to work on Web pages. There are also jobs as Web designers,Web producers, Web writers and graphic artists, and Web freelancers. You may be better suited to one of these professions.



Are you interested in the Web?:
Most Web programmers love the Web. They browse it a lot and love looking at other Web pages. While it's possible to do the work without enjoying the medium, if you don't like Web pages, eventually programming them will start to annoy you. If you aren't interested in the Web, then looking for a job as a Web programmer isn't a good idea.

Do you like to solve problems with computers?:

Web programmers are typically problem solvers. They prefer to make a Web page "work" than make it look pretty. If you find yourself thinking a lot about how to make a Web page do something, then you are well suited to be a Web programmer.

Are you willing to learn several Web languages?:

As a professional Web developer or Web programmer, you'll need to learn several different languages. The two most important are HTML and Javascript. But you will ultimately want to learn other languages as well for server-side scripting like:

• PHP
• ASP.Net
• Java
• And there are dozens of other languages you can learn

Are you willing to learn how to work with databases?:

More and more websites use a database on the back-end to serve pages, store content, and manage the site. Maintaining these databases is nearly always the responsibility of the Web developer or Web programmer.

Can you work well with other people?:

Most Web developers are a part of a team of people working on the website. If you don't like working with other people or want to do everything yourself, you should consider freelancing or working at a very small company. Otherwise, you'll almost certainly have to work with designers to create the look of the page, Web producers to manage the HTML and CSS, and Web writers and graphic artists for the content. You might have to fill some of these roles yourself, but most companies split these jobs to some extent.

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How Are Computers Used in Industry?

Inventory Tracking

    Using spreadsheets and/or databases, most businesses utilize some sort of computer-maintained inventory tracking system.

Payroll

    From printing or depositing paychecks, to applying raises and bonuses, industries have become very reliant on computerized payroll methods.

Cash Registers

    Modern cash registers are often networked computer systems, allowing companies to maintain much more up-to-date and accurate transaction records, as well as real-time inventory tracking.

Websites

    Most industries have been migrating towards the Internet over the past two decades, resulting in the need for websites that require not only server space, but maintenance and updates as well.

Customer Databases

    Customer databases are used not just to track order information for clients, but also to chronicle interactions to better serve clients in the future.

Businesses today have a wide range of uses for computers. This has been a necessity for industry as a way of using their resources more efficiently, as well as a way of reaching a larger group of potential customers. As a result, IT (Information Technology) jobs have been flourishing for some time due to industry's reliance on computers for their daily operations. Have a question? Get an answer from online tech support now!

Use of Computers in Research

Computers have changed the ways in which scientific research is compiled and analyzed. Scientists, engineers and researchers alike are able to compile vast amounts of data and leave it to the computer to work through the data while focusing on another area of the research project. This creates research results with fewer errors and better-engineered products.

Complex Data Analysis

Computers used in scientific research have the ability to analyze data in ways and at speeds not possible with the human eye. They are able to analyze percentages of materials present in a variety of compounds from soil samples to chemicals and even the air you breathe. Additionally, computers used in this manner can determine trends in data samples. For example, computer analysis of data in research could determine the temperature at which certain chemical compounds break down or the percentages of improvement patients show when administered a certain medication.

Solving Mathematical Equations

Scientific research often requires that complex mathematical equations be solved in order to determine if data is valid or if a certain structure of molecules will remain stable. Computers are integral to this calculation process since scientists can write software programs specifically to provide answers to such questions. This removes the element of human error, which can cost research institutions millions of dollars in fixing a product that was created with even the smallest amount of flawed data.

Prediction Modeling

Scientists and researchers are able to use computer programs to model how data might manifest itself in the future. This ability is useful in predicting climate patterns, simulating how engineered products might perform in the field, predicting the erosion rate of beaches and anticipating the absorption rate of medications in the body. Scientists and engineers are then able to adjust building strategies or chemical compositions of products to ensure safe operation and consumption.

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Use of Computers in Everyday Life

Undoubtedly we can say that modern world will be incomplete without computers and their applications. It has become so common in our daily lives that it is almost impossible to imagine life without the use of computers. We get all the modern facilities; thanks to the invention of Computers!

Right from watching movies, listening to music, playing games, prepare office documents, prepare daily planners to latest facilities of emailing, chatting, video-conferencing and social interaction through networking, computers work simply amazingly! All the other modern gadgets are the outcomes of computer, like mobile phone, ipod, usb, cd, dvd, etc.Super fast computers are able to solve trillions of mathematical problems within a fraction of a second!

Earlier, calculators were commonly used while nowadays, even complex calculation can be done with the help of computers. It takes instruction in the form of input and provide output results accordingly. While calculator gives response to the immediate input only, computer work with a set of instructions installed in it, so it constantly works, with amazing speed. Complex mathematical problems can be solved within a fraction of a second. Because of this unique, exclusive  features, computers play a vital and crucial role in our lives such as Banking, Transportation, Travelling, Security, Business, Education, Tourism, Aviation, Government affairs, Defense, Medicine, Army, Emergency Services, etc. etc.

Besides the above-mentioned sectors, the computers also play a pivotal role in our daily life in the form of e-shopping. Shopping via internet is common now-a-days. Marketing, shopping, advertising, fashion designing, event organizing, job seeking, etc are all the latest usage of computers. Its usage and service applications can be classified into various categories.

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Computers Are Used in Business Management

Data Management

Data management activities form the foundation for many activities that businesses perform. Computers make it possible for companies to organize and manipulate massive amounts of information productively. Larger corporations may use multiple SQL Server databases to oversee data operations while smaller businesses might take advantage of the data manipulation features in applications such as Microsoft Access. Regardless of your business's size, you probably work with information and need to store it. Business websites also use database software to sell products and even give people the ability to join their sites. If you a have a website, you can set up data management software yourself or hire a company to manage it for you.

Office and Supply Management

Companies make money by buying and selling products at a profit, and computers help them manage inventory and supplies efficiently. Wal-Mart, for example, uses a sophisticated NeoVista inventory management software system that enables the company to keep products available in stores when people need them. Computers are also useful for helping smaller businesses track and manage basic supplies, such as printer paper, pencils and even cups for the water cooler.

People Management

Communicating with a coworker who is sitting in the next cubicle is rarely a problem, but coordinating and managing meetings where people reside in different states can be a challenge. Computer software enables businesses to conduct virtual meetings where people meet over the Internet and makes it possible for everyone in the business to view a common calendar. Some companies strive to increase productivity by monitoring the computers that people use. Monitoring enables companies to track billable hours and identify activities that may be unprofitable. If you do any kind of time tracking or meeting planning, scheduling and calendar software can help you.

Record Keeping and Accounting

When tax time arrives, you can be prepared by accessing financial records that you've kept during the year on a computer. Accounting software helps people manage money, create budgets, track sales and monitor resource usage. Products provide accounting solutions for businesses of all sizes. Look for accounting programs that can access the Web if members in your organization need to access and share accounting information from multiple locations. You’ll also find spreadsheet programs useful for doing everything from creating time sheets to managing payroll.

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6 Main fields where Computers are Widely Used

Computer technology has made several important impacts on our society. Today computer is playing very important role in every field of life. Many activities in daily life can be performed very easily and qickly. A lot of time is saved and overall cost is reduced to solve a particular problem. Many fields where computer are widely used

1- Business
    Today, in global markets, it is impossible to run the business without the use of computer technology. Many business activities are performed very quickly and efficiently by using computers. The administrative paperwork is also reduced by using computers. Many business use websites to sell their products and contact their customers.

2- Education
    Computers are used in teaching and research. The students can solve different kinds of problems quickly and efficiently by using computers. They can also collect different information on the Internet.



3- Banks
    Computers are widely used in banks. They are used in banks for record keeping and maintaining accounts of customers. Most of the banks provide the facility of ATMs. The customers can draw money through ATM card from any branch of that bank (or another bank) at any time of a day.

4- Entertainment
    Computers are also playing very important role for the entertainment of human beings. Nowadays, computer can be used to watch television programs on the Internet. People can also watch movies, listen music, and play games on the computer. Many computer games and other entertainment materials of different kinds are available on the Internet.

5- Home
    At home, computer is used to maintain personal records and to access much other information on the Internet. People can also use computer at home for making home budgets etc.

6- Medical
    Nearly every area of the medical field uses computers. For example, computers are used for maintaining patient history & other records. They are also used for patient monitoring and diagnosis of diseases etc.


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Computer-Based Learning

Computer-based learning is a term that can be used to describe virtually any kind of learning program using computers as a central staple. This approach to learning takes advantage of the interactive elements of computer software , along with the computer’s ability to present many different kinds of media. There are several potential advantages of computer-based learning programs, including the ability for people to learn from their homes and study without the assistance of an instructor.

Some people are opposed to computer-based learning because they feel it depersonalizes the classroom experience, and that it may lack the necessary flexibility to handle problems that students face during the learning process. Computer-based learning has been used as a tool in the midst of a more traditional classroom experience. It has also been used as a primary education method, especially in many online education programs.

The use of computers for learning has generally increased with the advancement of technology. The ability of computer hardware to process and present many different media types has allowed for more complex computer learning strategies . An example would be a training module that uses video along with text and audio files for lectures. Tests and exercises are often handled in an interactive manner, and sometimes they can almost be like games, depending on the style of the implementation.

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Using Computers for analysis

Quantitative analysis with computers

When you are handling large amounts of data and need to store or to arrange data items efficiently, a computer based approach is invaluable. The ability of a computer to make repetitive calculations rapidly and accurately has revolutionised quantitative research and it would now seem rather out of keeping with normal practice to try to undertake such analysis by hand.
There are large numbers of computer programs that can assist with quantitative analysis.

Probably the most commonly used are Matlab, Excel and SPSS all of which are available on computers on the University network.

Computers and qualitative research

It is sometimes argued that computer programmes can distance the researcher from the data and thereby influence negatively the analysis and interpretation of meaning. Notwithstanding these criticisms, several good computer programmes exist that can help the researcher to manage large data sets and the processes of filing, storage, coding, retrieval and presentation of data. These Computer Aided Qualitative Data Analysis Software (CAQDAS) programmes can replace or support some of the manual tasks that qualitative researchers need to undertake. Tesch (1993) suggests that these programmes can help with the different approaches to qualitative research (language orientated, descriptive or interpretative and theory building) by assisting with:

• Storing, annotating and retrieving texts
• Finding words, phrases and segments of data
• Naming or labeling data
• Sorting and organising the data into manageable sections
• Identifying sections (known as units) of data
• Preparing diagrams and maps on screen
• Retrieving and extracting quotes.

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The Importance Of Computers In Our Daily Lives

In the current world, it’s almost impossible to imagine that someone can live  without computers. Computers have become an electronic device of almost every day use for individuals of every age. They are essential in almost all the business dealings that are made nowadays. The most that any industry has gained from the discovery of the computers is the business industry because of its nature. Computers have gained significance as they have improved the efficiency and productivity of work done. Large amounts of information in industrial and business sectors as well as in the personal lives are stored on computers.

Computers can help businesses by making their staff efficient and productive and also save their valuable time in any business or office. Computers in schools will help the learners to comprehend the basic concepts better with the help of video or audio examples. Computers in higher learning institutions will help the professors and researchers to do their work very fast and in an efficient and better way and also help them to share the same knowledge with their other members of staff. Computers become a vital gadget in several sectors; railways, banking, electricity, telephone departments, shopping carts etc are just but a few of them.

Computers are also used in the medical industry to help doctors in diagnosing the diseases quickly and efficiently. All the administrative systems, whether private or public are now using computers and this practice can be evident in every part of the world.

Computers have also helped the media and the entertainment industries. Be it a multi-million dollars movie or a two minutes commercial, computers have changed the usual concept of providing entertainment to the public. With the computer business growing so fast, the computer industry has also brought about an invention. Tablets, palmtops, and laptops have replaced the desktops. With the decrease in size, it has become very easy to carry the computer and use them anywhere you are to the fullest.


The importance of computers in our daily lives can be judged by the number of people using them each single day. Computer is not only used by professionals, but also by the little children and grownups at our homes.

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What Are the Advantages of Computers in Business?

Computers have tremendously improved the way businesses operate in their respective industries. Technology has advanced so remarkably that those who are not using computers in their business are at a major disadvantage against their competitors. In particular, there are several important advantages that computers can provide to small businesses.

Organization

Computers allow the application of different types of software that can help businesses keep track of their files, documents, schedules and deadlines. Computers also allow businesses to organize all of their information in a very accessible manner. The ability to store large amounts of data on a computer is convenient and inexpensive, and saves space. A computer's ability to allow a company to organize its files efficiently leads to better time management and productivity.

Self-Sufficiency

Computers have made staff and companies more self-sufficient by allowing them to do tasks that previously had to be outsourced. For example, a company can now use office software to create their own training material. Desktop publishing software can be used to create marketing materials. Online tax and accounting programs allow companies to prepare their own taxes. This allows the dominant operations of a company to remain in-house and empowers the company to become more independent and less susceptible to errors committed by outside parties.

Cost-Effective

Emerging technology makes new tools and services more affordable and allows companies to save on their staff payroll and office equipment. Because computers allow work to be done faster and more efficiently, it is possible for a company to hire fewer staff. In addition, with networked and relatively inexpensive computers, companies can store data more easily, saving on the cost of outside file storage, and can avoid having to purchase as many copiers, fax machines, typewriters, and other such items that were used before computers became popular. Correspondingly, potentially profitable businesses can be started with a smaller overhead cost. Email capabilities decrease postage costs; software applications reduce the need for large accounting departments, while videoconferencing reduces the need for travel. All resources saved will trickle down to the consumers, who are then provided with much more affordable products and service.

Speed

Computers help speed up other business operations. The collecting of consumer feedback, ordering of raw materials, and inspection of products is made quicker through the use of computers, allowing companies to operate much faster and to produce better quality results.

Cheaper Research and Development

R&D, or research and development, costs will also decrease with the help of computers. Scientific research can now be done using the Internet and computer software applications designed to develop and produce new products and services. For example, instead of a company having to do in-person focus groups on a potential new product or to determine their target market, the company can conduct a widespread online survey for a far lower cost. In addition, new models of a product can be created online using virtual pictures and drawings instead of having to be hand-drawn. These interactive models created using software programs can help bring the product and its features to life for a far lower cost than creating an actual physical model of the given product.

Sales

Computers can help generate higher sales and profits for businesses via a company website. Many businesses now operate online and around the clock to allow customers from around the world to shop for their products and services.

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