College does a great job of exposing you to different aspects of the Information Technology (IT) field, but no real specialized instruction. On the other hand, certification focuses on specific skills but doesn’t leave much room for a variety of career choices due to a limited knowledge base. The purpose of colleges of technology (certification schools) is to conduct in-depth learning in specialized disciplines and to develop student's abilities necessary for employment. Colleges of technology, unlike universities or junior colleges, admit the graduates of lower secondary schools. The purpose of universities, as the centers of advanced learning, is to provide students with wide-ranging knowledge and to conduct in-depth teaching and research in specialized a

Functional: analytical database problem solving skills, intermediate programming skills

Preferred: proficiency with Redhat, Windows 98, 2000 and XP, and Mac OS X operating systems; understanding of the administration of TCP/IP networks and secure web servers in windows and linux platforms. Some knowledge of scripting for windows and linux platforms; Redhat and Windows system and program installation/configuration, linux compilation installation and configuration; system-level security procedures, familiarity with cryptography tools; experience maintaining servers for standard Internet services; previous experience teaching or training others.”

So which path is best for the aspiring programmer; certification or college degree? The undeniable answer is both. "There really shouldn't be a Certification vs. College debate," claims Mark Schafer, Radford University’s Technology Training Coordinator. "They are distinctly different credentials that can work together or alone, depending on an individuals' interests, skills, knowledge and goals." If the position demands a purely hands-on programming/networking approach then a non-qualified high-school graduate may be ideal. Some industry certifications would also help, but are not essential.

“Having been a teaching assistant for undergraduates in computer science for four years, and then having worked for 7 years in desktop and embedded environments, I have noticed that intensive project work in every course (with each professor convinced that his/her course is the most important) just serves to hassle the students, leaving them little time to absorb and reflect upon the subject. It is much better to produce engineers with strong analytical skills who can cope later with the changes in industry ( S. Sureshchandran. Embedded.com).”

“Required: Bachelor's degree in Computer Science or related area and 0-2 years of experience in the field or in a related area and knowledge of commonly-used concepts, practices and procedures in Windows 2000 Servers and Workstations and at least one UNIX or Linux Variant. Previous programming or scripting experience; ability and motivation to learn new

There are many aspects web design and maintenance. The most widely used web design languages are HTML (hyper text markup language), XML, ASP(Active Server Pages), and Visual Basic (.Net). Although HTML is still heavily used, it is at the limit of its usefulness as a way of describing information. While it will continue to play an important role for the content it currently represents, many new applications require a more robust and flexible infrastructure. That’s where XML comes in. XML is not a set markup language like HTML. In fact, XML is what you would call a metalanguage- a language used to describe other languages.

Some topics in this essay:
Information Technology, Kyrnin I’ve, MS-Access BLS, Design Management, Training Coordinator, Industry University/College, Wide Web, DB2 BS, Roberts Embeddedcom, O’Reilly Network”, information technology, web design, markup language, computer science, solving skills, certified professional, certification training, language xml, operating systems, windows linux platforms, knowledge unix, intermediate programming skills, information technology field, network operating systems, access oracle db2,