In our technological age, a large percentage of the population is becoming more familiar with computers. This is largely because of information technology careers. Computer-based positions have flooded the job market in the last decade.
If you decide to acquire degrees in computer science, programming or software, you will have a good chance of succeeding. Trends have shown that this field is constantly expanding. These days, it’s a good idea to get involved with new-age computer hardware, software and the Internet.
Are you considering information technology careers? Millions of new students are going to information technology colleges all over the country every year. This is one of the best bets when it comes to useful degrees. I'm not dismissing other degree programs; however some of them tend to lead graduates to nowhere.
Many people are finding it difficult to find good paying jobs with their Liberal Arts degree. I'm not saying that it's worthless, but opportunities with information technology careers are much more numerous than art-based career openings.
You can easily find the most sought after jobs on the Internet. If you pop open your Google search engine and check it out, you can easily bring up websites like CareerBuilder.com and Monster.com.
You can then type in the job of your choice, such as nursing, law, freelance writing or information technology careers and you will be rewarded with numerous career opportunities.
Since my brother was looking for a job up north, I did a search a few days ago. I took it upon myself to check out the current information technology careers available.
I was able to come up with several options within a few minutes. I saved the links and emailed them to my brother. There are plenty to choose from when it comes to information technology careers.
It doesn’t matter if you're looking for a job down south, in the Midwest, or on the west coast, you are sure to spot something worth your while. Hop on your computer today and check out the Internet for all the requirements for information technology careers. Your dream job may just be at your fingertips
Saturday, May 10, 2008
Managing Information Technology (IT) Projects
If a bug or defect were found in a software after its release into the market, it would not only entail huge redevelopment costs for the company, but could also lead to the erosion of brand name and reputation.
This is why it has become necessary even for IT companies to use time-tested quality improvement techniques such as Six Sigma.
Six Sigma Tools for IT Companies
There are many Six Sigma tools that can be used for managing IT projects, but the tool that is most commonly utilized by IT companies is the Failure Mode and Effects Analysis (FMEA). This tool is used for unraveling potential fault lines within the product design, allowing developers to get a glimpse of things to come and consequently focus their efforts on eliminating the potential bugs or defects.
This tool is quite effective because it can be utilized for managing almost all types of IT projects including product development, product enhancement, and product maintenance.
How to Use FMEA
Using FMEA is not all that difficult, because all that needs to be done is to become as pessimistic as possible. IT companies that are using FMEA first need to identify all the different ways in which the selected product, service or process could go wrong. After identifying all the potential defects, the project team then tries to assess the probability of each defect, something that is referred to as "occurrence". The project team also assesses the overall impact of such defects, referred to as "severity" and the probability of finding appropriate solutions for such defects before the final delivery, referred to as "detention".
All the three parameters mentioned above are ranked on a scale of 1 to 10 after which the ranks are added up to get a 'risk priority number' (RPN). RPN makes it easier for the project team to identify the most risky areas that need to be attended on a priority basis.
The next step in the FMEA process involves conducting brainstorming sessions so as to find the most appropriate solutions for the potential bugs or defects. At this stage, the project team members need to focus on developing alternatives rather than trying to meddle with the developed product, service or process, something that can create more problems.
The project team members also need to focus their efforts on developing executable solutions rather than wasting their energies on defining new possibilities that sound like mere wish lists. For devising effective solutions, the team can make use of FMEA process charts that can be updated to display the progress being made.
For the best results, it is recommended that FMEA be conducted at the beginning of every IT project and every three months thereafter. FMEA can be used at any stage, but it is always better to start early because early detection of potential bugs and defects is vital for a company planning to make it big in the highly competitive IT sector.
This is why it has become necessary even for IT companies to use time-tested quality improvement techniques such as Six Sigma.
Six Sigma Tools for IT Companies
There are many Six Sigma tools that can be used for managing IT projects, but the tool that is most commonly utilized by IT companies is the Failure Mode and Effects Analysis (FMEA). This tool is used for unraveling potential fault lines within the product design, allowing developers to get a glimpse of things to come and consequently focus their efforts on eliminating the potential bugs or defects.
This tool is quite effective because it can be utilized for managing almost all types of IT projects including product development, product enhancement, and product maintenance.
How to Use FMEA
Using FMEA is not all that difficult, because all that needs to be done is to become as pessimistic as possible. IT companies that are using FMEA first need to identify all the different ways in which the selected product, service or process could go wrong. After identifying all the potential defects, the project team then tries to assess the probability of each defect, something that is referred to as "occurrence". The project team also assesses the overall impact of such defects, referred to as "severity" and the probability of finding appropriate solutions for such defects before the final delivery, referred to as "detention".
All the three parameters mentioned above are ranked on a scale of 1 to 10 after which the ranks are added up to get a 'risk priority number' (RPN). RPN makes it easier for the project team to identify the most risky areas that need to be attended on a priority basis.
The next step in the FMEA process involves conducting brainstorming sessions so as to find the most appropriate solutions for the potential bugs or defects. At this stage, the project team members need to focus on developing alternatives rather than trying to meddle with the developed product, service or process, something that can create more problems.
The project team members also need to focus their efforts on developing executable solutions rather than wasting their energies on defining new possibilities that sound like mere wish lists. For devising effective solutions, the team can make use of FMEA process charts that can be updated to display the progress being made.
For the best results, it is recommended that FMEA be conducted at the beginning of every IT project and every three months thereafter. FMEA can be used at any stage, but it is always better to start early because early detection of potential bugs and defects is vital for a company planning to make it big in the highly competitive IT sector.
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