Increase Your Job Search Prospects With Time Attendance System Reporting Software – Get the Facts

It seems that every day now there is a report on the news about one or more major companies that are handing out pink slips. For anyone out of work and in search of gainful employment, it is just more bad news to digest. However; it is important to bear in mind that all of these companies do retain employees and those would be the most productive and prepared for the future.

The Future of Business Management

So what is the future of personnel management? The simple answer to that is time attendance system reporting software and other similar types of new business related software. Thats because companies that are interested in staying competitive are now implementing it in record numbers.

Get to the Front of the Line

It’s a business management trend that will only grow as time rolls on. What this means if you are in search of a job in management or human resources, is that you must be completely familiar with time attendance system reporting software. With this knowledge you will have the edge that you need to put you ahead of the pack in future job interviews.

Land a Good Job and Keep It

Also, once you do land your job, your familiarity with this and other related business management software systems will have you far more impervious to pink slips in the event of a climate change at your new place of employment. So where and how can you find out about time attendance system reporting software?

Learn About Time Attendance Reporting Software Online

Thats all too easy, because you can educate yourself for free at any number of online venues that offer information on these new products. So learn all you can and be ready to dazzle your next interviewer with the wealth of knowledge that you have on time attendance system reporting software.

Software Engineering Higher Education Options

Gaining an education in software engineering can be done by enrolling in an accredited school or college. Students who wish to enter the field of computer education can do so by obtaining a degree. Higher education allows students to complete the degree program needed to gain the skills and knowledge needed to enter into a career. Students can train for an associate’s, bachelors, masters, and doctorates level degree. There are numerous things that one should know before enrolling in an accredited software engineering program.

  1. Software engineers are trained to carry out a variety of tasks including modifying, implementing, testing, and designing computers and computer related software. This includes business applications, computer games, operating systems, and much more. The field of software engineering allows students to work as applications engineers, systems engineers, and other professionals. Applications engineers are construct and maintain general applications for businesses and organizations. Systems engineers are trained to coordinate the maintenance and construction of computer systems.
  2. Students will be able to pursue a number of careers with an accredited degree. The ability to train to become computer programmers, systems and applications engineers, and more is available. The type of career will depend on the level of degree obtained. Students can earn an associates degree in as little as two years. A bachelor’s degree program will take around four years to complete. Students who wish to pursue a masters or doctorates degree can expect to spend an additional two to four years on study.
  3. Coursework will vary by school or college and level of degree desired and obtained by each student. Students can expect to study a variety of course subjects related to the field of computer engineering. Curriculum may cover subjects such as programming, program development, troubleshooting, computer networks, information technology, and much more. Accredited educational training programs allow students to receive a higher education by teaching a number of courses related to each individual’s desired career.
  4. With a number of computer engineering specialists and professionals in the workforce students need to gain all the skills and knowledge possible in order to find employment. The number of openings is expected to increase for occupations and careers in this field. The type of career and degree desired will also help decide how much income the students can make. According to the Bureau of labor Statistics professionals in this field can make between $50,000 and $135,000 annually based on their level of degree and experience.
  5. Continuing education courses are available for those looking to improve their skills in their career. Accredited higher education programs allow students to earn certificates in specific areas of the field in order to enhance knowledge.

Students can gain the training they need to succeed by enrolling in an accredited school or college. Agencies like the Accreditation Board for Engineering and Technology ( www.abet.org ) is approved to fully accredit programs that meet certain criteria. With an accredited training program students will gain the education they deserve. Students can research programs and start the path to a new career by requesting more information.

DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.

Copyright 2010 – All rights reserved by PETAP.org.

UNIX-Linux Enterprise Software Ecosystem to Grow As Fast As Windows’

The Linux Foundation announced April 8 its annual sponsorship of independent IDC predictions about how the Linux ecosystem will grow over time. The answer is “a lot” but exactly what you’d expect in relationship to the UNIX ecosystem.

I usually measure Linux/UNIX usage growth/decline by following the IDC quarterly view of server shipments. The clear trend from that perspective is that factory shipments of servers with Linux is increasing basically at the rate that factory shipments of servers with UNIX decreases. It gets the rabid open source blogosphere foaming at the mouth to say this but Linux is basically the latest version of UNIX. So market researchers expect the two operating systems to move in this manner.

From a market research perspective, looking at the Linux ecosystem separate from the UNIX ecosystem would be like looking at the growth of Windows 15 years ago without also watching the decline of DOS. Bascially,  you choose the IBM and HP versions of Linux et al for factory shipments if you used to choose AIX, HP/UX and so forth. In addition, leading server suppliers are partnering with Linux services suppliers such as Red Hat, Canonical and so forth for follow-ons. This is relatively low-margin services business the major systems suppliers used to take for themselves.

The IDC report released April 8 looks at the same trend from a different perspective. By the way and not coincidentally, the Linux Foundation is funded by platinum sponsors Fujitsu, Hitachi, HP, IBM, Intel, NEC, Novell and Oracle along with dozens of other Gold, Silver and Affiliate sponsors. Rather than measuring your choice of servers, the new IDC research predicts your “Linux-related software spending.” The forecast says Linux-related software revenue will grow from $12 billion to $35 billion between 2008 and 2013 while “Unix spending” goes almost almost flat (from $69 billion to $74 billion). This statistic forecasts not only the Linux- and other open source operating software (e.g., Solaris) revenue flowing in the market but the revenue of license fees, maintenance and related subscriptions for application servers, ESBs, databases, ERP, BI and even consumer software running on those operating systems. Note that much of this software is not tied to open source terms and conditions (Ts&Cs). As an example, an Oracle database and SAP R/3 running on a Linux server would be considered Linux-related software spending in this case.

The IDC report also has some interesting information about cloud computing, virtualization and the effects on the market of the current economic downturn. It is available free from the Linux Foundation Web site. I wrote about a companion piece of IDC research sponsored by Novell here.

By comparison, “Windows-related” revenue, according to the same IDC white paper, will grow from $149 billion to $206 billion during the same period. That is, both ecosystems are growing at about the same compound annual growth rate of 6 percent to 7 percent. That’s also as one would expect because both ecosystems are rapidly becoming the two dominant choices you have in the marketplace. As has been the trend for a few years, Linux- and other open source-based software is replacing UNIX-system-based software while Windows-based software is displacing OS/400 and other similar less IT-personnel-intensive systems.

As always, be careful of statistics. These statistics do not tell the whole story of the marketplace and your choices in it. For example, just as a lot of the software in the open source operating system ecosystem is deployed with traditional Ts&Cs (the Oracle/SAP example above), a lot of the software revenue measured in the Windows ecosystem is distributed with open source Ts&Cs. Examples are JBoss or MySQL running on Windows