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.

If you own a Business and want to computerize it now , then enroll for our courses get the edge on our competitors .

Android grabs 85 per cent of smartphone market

WASHINGTON: Smartphones powered by the Android operating system captured 85 percent of the worldwide market in the second quarter, threatening to marginalize rival platforms, a new survey shows.

Strategy Analytics said overall smartphone  shipments were up 27 percent from a year ago to 295 million, with most of the growth in devices using Android, the free mobile system from Google.

Apple's  iPhone  managed to increase sales to 35 million in the quarter, the survey showed, but Apple's global market share fell to 11.9 percent from 13.4 percent a year ago, said the report released Wednesday.

"Android is on the verge of turning smartphone platforms into a one-horse race," said Strategy Analytics executive director Neil Mawston.

"Its low-cost services and user-friendly software remain wildly attractive to hardware makers, operators and consumers worldwide. Rival OS vendors are going to have to do something revolutionary to overturn Android's huge lead in smartphone shipments."

Mawston said the only significant threats to Android are the large-screen iPhones expected to come from Apple  later this year and the ultra-low cost Firefox phones.

Global smartphone growth in the past quarter is at its lowest level for five years, according to the survey, but there are wide regional differences.

"Africa and Asia are booming, while North America and Europe are maturing," said analyst  Linda Sui.

According to Strategy Analytics, Microsoft saw Windows Phone sales decline to eight million units in the quarter from 8.9 million a year ago. That dropped its market share to 2.7 percent from 3.8 percent.

BlackBerry's woes are deepening, according to the survey, which found unit sales tumbling 66 percent to 1.9 million, and market share falling to 0.6 percent.

A report earlier this week from research firm  IDC  showed smartphone sales at a similar level of 295 million, with the largest gains coming from Chinese makers  Lenovo  and  Huawei .

So, get enroll for our Android Development Course .

Why Computers are used widely?

The computers process information's that come in all shapes and sizes from any fields so accurately that, some people may call these "Informatics"— The Science of Informal ion Processing, i.e. the methods of recording, manipulating and retrieving information's. It may be from a mathematical equation to a company's work-force necessary to produce a payroll or from meteorological department to forecast tomorrow's weather or from space research to project a new space craft. Whatever may be the case, why computers are used widely?

The following characteristics that make the computers very popular for its multifarious uses may give the befitting reply.

(i) Speed
First, the computers are regarded as high speed calculators. They can process voluminous data within a fraction of second which no human being could do earlier. If we want tomorrow's forecast today, meteorologists can use the computers for necessary calculations and analyses. The units of speed of a computer are the microsecond, the nano (10)^-9 second and even the picot second.

(ii) Storage
As human brain can store the knowledge in memory and can able to recall it, the Central Processing Unit (CPU) of a computer can do the same job without any failure. But the internal memory of CPU is only large enough to retain a certain amount of information. So, to store each and every information inside the computer, an Auxiliary or Secondary Storage Device is being attached outside the memory of the CPU.

(iii) Accuracy
The computers are much popular due to their high speed along with consistently very high accuracy. Sometimes, the machinery may give errors, but due to increase in efficiently error-detecting techniques, these seldom lead to false results. Most of the errors in computers are due to human himself.

(iv) Automation
Once a programme is in the computer's memory, it will start processing the input information's; thus leading to automation.

(v) Versatility
The computers are versatile in nature. They can perform any task given to them provided they are well programmed,

(vi) Diligence

Being a machine, a computer is very diligent in its duties. It never suffers from human fatigue and tiredness or lack of concentration. It can perform thousands after thousands calculations with exactly same accuracy and speed as the first one without any rest.

To learn more about computers , log on to our website .

Computer Aided Process Planning

Introduction

Technological advances are reshaping the face of manufacturing, creating paperless manufacturing environments in which computer automated process planning (CAPP) will play a preeminent role. The two reasons for this effect are: Costs are declining, which encourages partnerships between CAD and CAPP developers and access to manufacturing data is becoming easier to accomplish in multivendor environments. This is primarily due to increasing use of LANs; IGES and the like are facilitating transfer of data from one point to another on the network; and relational databases (RDBs) and associated structured query language (SQL) allow distributed data processing and data access.
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With the introduction of computers in design and manufacturing, the process planning part needed to be automated. The shop trained people who were familiar with the details of machining and other processes were gradually retiring and these people would be unavailable in the future to do process planning. An alternative way of accomplishing this function was needed and Computer Aided Process Planning (CAPP) was the alternative. Computer aided process planning was usually considered to be a part of computer aided manufacturing. However computer aided manufacturing was a stand alone system. Infact a synergy results when CAM is combined with CAD to create a CAD/CAM. In such a system CAPP becomes the direct connection between design and manufacturing.

Moreover, the reliable knowledge based computer-aided process planning application MetCAPP software looks for the least costly plan capable of producing the design and continuously generates and evaluates the plans until it is evident that non of the remaining plans will be any better than the best one seen so far. The goal is to find a useful reliable solution to a real manufacturing problem in a safer environment. If alternate plans exist, rating including safer conditions is used to select the best plans

COMPUTER AIDED DESIGN (CAD)

A product must be defined before it can be manufactured. Computer Aided Design involves any type of design activity that makes use of the computer to develop, analyze or modify an engineering design. There are a number of fundamental reasons for implementing a computer aided design system.
a. Increase the productivity of the designer: This is accomplished by helping the designer to visualize the product and its component subassemblies and parts; and by reducing the time required in synthesizing, analyzing, and documenting the design. This productivity improvement translates not only into lower design cost but also into shorter project completion times.
b. To improve the quality of the design: A CAD system permits a more thorough engineering analysis and a larger number of design alternatives can be investigated. Design errors are also reduced through the greater accuracy provided by the system. These factors lead to a better design.
c. To improve communications: Use of a CAD system provides better engineering drawings, more standardization in the drawings, better documentation of the design, fewer drawing error, and greater legibility.
d. To create a database for manufacturing: In the process of creating a the documentation for the product design (geometries and dimensions of the product and its components, material specification for components, bill of materials etc), much of the required data base to manufacture the product is also created.

Reference: http://www.mentorus.co.in

5 Tips For Choosing an IT Programme

So, let's tackle the big question: Which IT program or skill certification program should you embark on for your chosen IT career? It's not an easy decision or one that can be made quickly, as it's not only a hefty financial investment, but one that will play a critical role when entering the workforce.

Here are five tips to help you make the degree decision:

1. Investigate IT roles and career paths

The first step is to begin by researching the role you're aiming to step into once you've earned the degree. Knowing exactly what skills and aptitude are required is essential to choosing the right school or program.

"Understand, first and foremost, you must first look at the wide spectrum of IT and the types of positions and careers within IT, as well as how companies are structured and what role IT plays within," advises Matt Ripaldi, another senior VP at Modis.

"For example, what does a software engineer or developer actually do all day long? What careers are in application development versus what careers are within infrastructure? Before you can select what direction to head, you need to understand the roads in front of you and where they lead," he said.

2. Create a short list of roles that interest you

Once you have an understanding of the IT organization and the various roles, you need to determine which role or roles you're most interested in pursuing.

"Narrow your focus by defining what specifically do you like within IT and what you want to pursue," Ripaldi said. Is it software or hardware that you're most interested in? Or is networking that's most enticing?

"Do you like being an individual contributor or would you like being part of and/or leading teams? What types of positions/careers are best aligned with your strengths? Researching the different positions and career paths within IT will help you narrow down which areas to focus on and pursue," said Ripaldi.

3. Network to get insight on what's needed skills wise

Now that you've identified a specific position it's time to talk to those actually working in the field. If you want to be an IT project manager, locate one through your network of friends and family or career services programs and talk to them about their work, educational background and what they might do differently if they were entering the job market today, Ripaldi suggested.

"Ask them question like: How did you become a project manager? Where did you go to school? What classes did you take? What programs or schools would you recommend?" He said.

"Understanding how others got to where you want to go will help you move towards the right career direction," he said. "Attend user group events and jump into online communities that pertain to your IT career interest."

"If you want to be a Java developer, find out where Java developers meet. They will give you excellent career advice about different schools and programs and also what to expect or where to go after graduation. These connections will serve as good mentors for you throughout your career and potentially lead to job opportunities as well," said Ripaldi.

4. Assess and investigate educational options
Once you've decided what IT role you're interested in, it's time to figure out whether to enroll in a program, college or certification institution. Education is a key element to career success so determining where to learn is a critical decision.

Ripaldi says there's a wide range of information that you need to gleam about potential school choices before making a decision.

Do you do better in big class settings or more on-on-one environments? Do you crave the theory and philosophy behind technology, or more of the nuts and bolts and learning hands-on? Maybe you want to take general computer science for a two-year degree then move to another educational program for a four-year degree. Choosing the right educational environment requires answers to all those questions and also must take into account the real-life issues of cost and location.

"In-person classes are always the preferred and most effective learning environment," noted Pollock. "Computer science is a very hands-on profession, and students will learn best interacting with their projects and peers at the same time. Flexible online classes are a suitable substitution, allowing the student the time to work part or full-time to help pay for their education along the way."

5. Get enrolled and get the career moving forward

Once you've collected all needed insight and investigated colleges that meet your criteria, make a short list of those offering the educational foundation you need to embark on your IT career.

"Now that you understand IT, you've narrowed down your career and networked with IT people in those roles, the last step is matching your career path to schools that offer programs that suit your needs," says Ripaldi. But before you enroll make sure you investigate the schools' job assistance programs and other career services offered, as they can be potentially vital to finding employment after graduation.
- See more at: http://www.mentorus.co.in

So, let's tackle the big question: Which IT program or skill certification program should you embark on for your chosen IT career? It's not an easy decision or one that can be made quickly, as it's not only a hefty financial investment, but one that will play a critical role when entering the workforce.
Here are five tips to help you make the degree decision:

1. Investigate IT roles and career paths

The first step is to begin by researching the role you're aiming to step into once you've earned the degree. Knowing exactly what skills and aptitude are required is essential to choosing the right school or program.
"Understand, first and foremost, you must first look at the wide spectrum of IT and the types of positions and careers within IT, as well as how companies are structured and what role IT plays within," advises Matt Ripaldi, another senior VP at Modis.
"For example, what does a software engineer or developer actually do all day long? What careers are in application development versus what careers are within infrastructure? Before you can select what direction to head, you need to understand the roads in front of you and where they lead," he said.

2. Create a short list of roles that interest you

Once you have an understanding of the IT organization and the various roles, you need to determine which role or roles you're most interested in pursuing.
"Narrow your focus by defining what specifically do you like within IT and what you want to pursue," Ripaldi said. Is it software or hardware that you're most interested in? Or is networking that's most enticing?
"Do you like being an individual contributor or would you like being part of and/or leading teams? What types of positions/careers are best aligned with your strengths? Researching the different positions and career paths within IT will help you narrow down which areas to focus on and pursue," said Ripaldi.

3. Network to get insight on what's needed skills wise

Now that you've identified a specific position it's time to talk to those actually working in the field. If you want to be an IT project manager, locate one through your network of friends and family or career services programs and talk to them about their work, educational background and what they might do differently if they were entering the job market today, Ripaldi suggested.
"Ask them question like: How did you become a project manager? Where did you go to school? What classes did you take? What programs or schools would you recommend?" He said.
"Understanding how others got to where you want to go will help you move towards the right career direction," he said. "Attend user group events and jump into online communities that pertain to your IT career interest."
"If you want to be a Java developer, find out where Java developers meet. They will give you excellent career advice about different schools and programs and also what to expect or where to go after graduation. These connections will serve as good mentors for you throughout your career and potentially lead to job opportunities as well," said Ripaldi.

4. Assess and investigate educational options

Once you've decided what IT role you're interested in, it's time to figure out whether to enroll in a program, college or certification institution. Education is a key element to career success so determining where to learn is a critical decision.
Ripaldi says there's a wide range of information that you need to gleam about potential school choices before making a decision.
Do you do better in big class settings or more on-on-one environments? Do you crave the theory and philosophy behind technology, or more of the nuts and bolts and learning hands-on? Maybe you want to take general computer science for a two-year degree then move to another educational program for a four-year degree. Choosing the right educational environment requires answers to all those questions and also must take into account the real-life issues of cost and location.
"In-person classes are always the preferred and most effective learning environment," noted Pollock. "Computer science is a very hands-on profession, and students will learn best interacting with their projects and peers at the same time. Flexible online classes are a suitable substitution, allowing the student the time to work part or full-time to help pay for their education along the way."

5. Get enrolled and get the career moving forward

Once you've collected all needed insight and investigated colleges that meet your criteria, make a short list of those offering the educational foundation you need to embark on your IT career.
"Now that you understand IT, you've narrowed down your career and networked with IT people in those roles, the last step is matching your career path to schools that offer programs that suit your needs," says Ripaldi. But before you enroll make sure you investigate the schools' job assistance programs and other career services offered, as they can be potentially vital to finding employment after graduation.
- See more at: http://www.mentorus.co.in

So, let's tackle the big question: Which IT program or skill certification program should you embark on for your chosen IT career? It's not an easy decision or one that can be made quickly, as it's not only a hefty financial investment, but one that will play a critical role when entering the workforce.
Here are five tips to help you make the degree decision:

1. Investigate IT roles and career paths

The first step is to begin by researching the role you're aiming to step into once you've earned the degree. Knowing exactly what skills and aptitude are required is essential to choosing the right school or program.
"Understand, first and foremost, you must first look at the wide spectrum of IT and the types of positions and careers within IT, as well as how companies are structured and what role IT plays within," advises Matt Ripaldi, another senior VP at Modis.
"For example, what does a software engineer or developer actually do all day long? What careers are in application development versus what careers are within infrastructure? Before you can select what direction to head, you need to understand the roads in front of you and where they lead," he said.

2. Create a short list of roles that interest you

Once you have an understanding of the IT organization and the various roles, you need to determine which role or roles you're most interested in pursuing.
"Narrow your focus by defining what specifically do you like within IT and what you want to pursue," Ripaldi said. Is it software or hardware that you're most interested in? Or is networking that's most enticing?
"Do you like being an individual contributor or would you like being part of and/or leading teams? What types of positions/careers are best aligned with your strengths? Researching the different positions and career paths within IT will help you narrow down which areas to focus on and pursue," said Ripaldi.

3. Network to get insight on what's needed skills wise

Now that you've identified a specific position it's time to talk to those actually working in the field. If you want to be an IT project manager, locate one through your network of friends and family or career services programs and talk to them about their work, educational background and what they might do differently if they were entering the job market today, Ripaldi suggested.
"Ask them question like: How did you become a project manager? Where did you go to school? What classes did you take? What programs or schools would you recommend?" He said.
"Understanding how others got to where you want to go will help you move towards the right career direction," he said. "Attend user group events and jump into online communities that pertain to your IT career interest."
"If you want to be a Java developer, find out where Java developers meet. They will give you excellent career advice about different schools and programs and also what to expect or where to go after graduation. These connections will serve as good mentors for you throughout your career and potentially lead to job opportunities as well," said Ripaldi.

4. Assess and investigate educational options

Once you've decided what IT role you're interested in, it's time to figure out whether to enroll in a program, college or certification institution. Education is a key element to career success so determining where to learn is a critical decision.
Ripaldi says there's a wide range of information that you need to gleam about potential school choices before making a decision.
Do you do better in big class settings or more on-on-one environments? Do you crave the theory and philosophy behind technology, or more of the nuts and bolts and learning hands-on? Maybe you want to take general computer science for a two-year degree then move to another educational program for a four-year degree. Choosing the right educational environment requires answers to all those questions and also must take into account the real-life issues of cost and location.
"In-person classes are always the preferred and most effective learning environment," noted Pollock. "Computer science is a very hands-on profession, and students will learn best interacting with their projects and peers at the same time. Flexible online classes are a suitable substitution, allowing the student the time to work part or full-time to help pay for their education along the way."

5. Get enrolled and get the career moving forward

Once you've collected all needed insight and investigated colleges that meet your criteria, make a short list of those offering the educational foundation you need to embark on your IT career.
"Now that you understand IT, you've narrowed down your career and networked with IT people in those roles, the last step is matching your career path to schools that offer programs that suit your needs," says Ripaldi. But before you enroll make sure you investigate the schools' job assistance programs and other career services offered, as they can be potentially vital to finding employment after graduation.
- See more at: http://www.mentorus.co.in

So, let's tackle the big question: Which IT program or skill certification program should you embark on for your chosen IT career? It's not an easy decision or one that can be made quickly, as it's not only a hefty financial investment, but one that will play a critical role when entering the workforce.
Here are five tips to help you make the degree decision:

1. Investigate IT roles and career paths

The first step is to begin by researching the role you're aiming to step into once you've earned the degree. Knowing exactly what skills and aptitude are required is essential to choosing the right school or program.
"Understand, first and foremost, you must first look at the wide spectrum of IT and the types of positions and careers within IT, as well as how companies are structured and what role IT plays within," advises Matt Ripaldi, another senior VP at Modis.
"For example, what does a software engineer or developer actually do all day long? What careers are in application development versus what careers are within infrastructure? Before you can select what direction to head, you need to understand the roads in front of you and where they lead," he said.

2. Create a short list of roles that interest you

Once you have an understanding of the IT organization and the various roles, you need to determine which role or roles you're most interested in pursuing.
"Narrow your focus by defining what specifically do you like within IT and what you want to pursue," Ripaldi said. Is it software or hardware that you're most interested in? Or is networking that's most enticing?
"Do you like being an individual contributor or would you like being part of and/or leading teams? What types of positions/careers are best aligned with your strengths? Researching the different positions and career paths within IT will help you narrow down which areas to focus on and pursue," said Ripaldi.

3. Network to get insight on what's needed skills wise

Now that you've identified a specific position it's time to talk to those actually working in the field. If you want to be an IT project manager, locate one through your network of friends and family or career services programs and talk to them about their work, educational background and what they might do differently if they were entering the job market today, Ripaldi suggested.
"Ask them question like: How did you become a project manager? Where did you go to school? What classes did you take? What programs or schools would you recommend?" He said.
"Understanding how others got to where you want to go will help you move towards the right career direction," he said. "Attend user group events and jump into online communities that pertain to your IT career interest."
"If you want to be a Java developer, find out where Java developers meet. They will give you excellent career advice about different schools and programs and also what to expect or where to go after graduation. These connections will serve as good mentors for you throughout your career and potentially lead to job opportunities as well," said Ripaldi.

4. Assess and investigate educational options

Once you've decided what IT role you're interested in, it's time to figure out whether to enroll in a program, college or certification institution. Education is a key element to career success so determining where to learn is a critical decision.
Ripaldi says there's a wide range of information that you need to gleam about potential school choices before making a decision.
Do you do better in big class settings or more on-on-one environments? Do you crave the theory and philosophy behind technology, or more of the nuts and bolts and learning hands-on? Maybe you want to take general computer science for a two-year degree then move to another educational program for a four-year degree. Choosing the right educational environment requires answers to all those questions and also must take into account the real-life issues of cost and location.
"In-person classes are always the preferred and most effective learning environment," noted Pollock. "Computer science is a very hands-on profession, and students will learn best interacting with their projects and peers at the same time. Flexible online classes are a suitable substitution, allowing the student the time to work part or full-time to help pay for their education along the way."

5. Get enrolled and get the career moving forward

Once you've collected all needed insight and investigated colleges that meet your criteria, make a short list of those offering the educational foundation you need to embark on your IT career.
"Now that you understand IT, you've narrowed down your career and networked with IT people in those roles, the last step is matching your career path to schools that offer programs that suit your needs," says Ripaldi. But before you enroll make sure you investigate the schools' job assistance programs and other career services offered, as they can be potentially vital to finding employment after graduation.
- See more at: http://www.mentorus.co.in

About US

Mentorus Computer Education is an ISO 9001:2008 Certified Institute. Mentorus Computer Education Institute curriculum is designed in cohesion with renowned IT companies. At Mentorus, students learn the skills in demand in the IT Infrastructure Management space first in the labs and then master them through the unique On Job Training model. Mentorus Computer Education students get practical knowledge of real time networking, exposure to global technology and recognized certifications.

Mentorus Computer Education Institute’s most popular career programs are Android Mobile Application Development, .Net Platform (C#.Net, VB.Net & ASP.Net), Auto-CAD, PHP & My-SQL, CMS etc. We offer industry internships in the form of on Job training with stipend. Mentorus Computer Institutes has latest computers with latest technologies with Teachers and Staff well qualified and experienced in their field.  The Training of all courses are conducted in a systematic and well planned manner. By learning Software IT students have a great career. The Team of faculty's consists of experienced persons with exposure in varied technologies and are available for the whole day. Regular and Fast Track (Crash Course) options are available.

Importance of Computer Education to Students

Improves Research

Computer education improves students’ research skills by encouraging them to look for information on the Internet. It enables them to research various topics by seeking relevant books that could be digitally available online. The Internet also contains search options, which expose students to diverse ways of obtaining information. Thanks to the speedy nature of the Internet, students can research their desired topics within minutes.

Influence Career Aspirations

Incorporating computer education in schools can inspire students to undertake careers in technology and enhance their understanding of how computer technology impacts people’s daily lives. The knowledge acquired in elementary and high school may increase their interest in computer-related fields during their college education. Furthermore, computer education provides students with a grounding in computer-related software and activities, such as using office suite, programming languages and creating data sheets. Students can apply these skills to a range of occupations later in life.

Enhanced Creativity

Computer classes allow students to put their creativity to use. For example, classes can involve assembling and disassembling computer parts, which require students to think about and understand how parts function. Students can transfer their enhanced creativity to other activities in their lives, including memorizing scientific facts, historical information or mathematical formulas. Computer education also reduces the time needed to efficiently learn new material.

Improved Performance

Computer education may influence student performance by enabling them to become more involved with their school work. Computers can potentially enhance students mathematical thinking, and improve scores in problem solving and critical thinking tasks. Computer education also plays a major factor in students’ ability to score highly on their standardized assessment tests. Exposing 3- and 4-year-old children to computer education and supporting activities produces developmental gains such as abstraction, intelligence, nonverbal skills and long-term memory.

For more info log on to our website .