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IBM Calls For Academic-Industry Partnership To Drive IT Skills
To better prepare college students for the jobs of tomorrow, IBM is leading a
new initiative to collaborate with educators in teaching students the open
standards skills necessary to compete and keep pace with changes in the
unfolding information technology (IT) workplace.
The IBM Academic Initiative is an innovative program offering a wide range of
technology education benefits from free to fee that can scale to meet the
goals of most colleges and universities. IBM will work with schools -- that
support open standards and seek to use open source and IBM technologies for
teaching purposes -- both directly and virtually via the Web.
IBM helps institutions educate students and generate high-value job skills on
open technologies such as Java, Linux and Eclipse, as well as training on IBM
software and servers. This initiative seeks to help spread the adoption of
open standards around the world. The Academic Initiative will include the
spectrum of higher education institutions, from large research universities to
community colleges and vocational schools. Upon graduation, students will
understand the relevance and power of open standards and business on demand.
They will possess the necessary skills for employment, such as mastery of J2EE
and Linux, by IBM, its customers, and IBM Business Partners worldwide -- a
multi-million-job employment ecosystem, and one of the industry's largest.
As part of the Academic Initiative, IBM will work with select schools that
support open standards to achieve three key objectives:
- Training an IT workforce to fill the new kinds of jobs that are emerging at
IBM and across the industry.
- Providing the right skills to the next generation of IT workers to ensure
they are qualified for the jobs of tomorrow.
- Ensuring that universities have the most current, relevant curricula that
map to the kinds of jobs that are expected, so schools can be attractive for
enrollment, funding and growth.
The IBM Academic Initiative scales to meet the needs and goals of colleges and
universities. For example, it includes the IBM Scholars Program which provides
access to software, hardware, training and course materials at no charge. More
than 8,000 faculty members are already registered with the Scholars Portal.
Through the Scholars Portal, more than 40 IBM software technologies are
already available at no charge for integration into college curricula to help
teach students how to master the fastest growing open technologies. In
addition, IBM will offer hardware products at special rates including the
newest POWER5 servers, and blade servers featuring the latest Power
Architecture. Access to larger POWER5 servers will be made available through
IBM's remote access programs including the recently announced IBM Virtual
Loaner Program within the IBM Virtual Innovation Center.
As one of the Academic Initiative's key benefits, IBM will assign a technical
team to assess an institution's IT curricula and provide technical training
and skills transfer for faculty and staff. There will be over 50 IBM-developed
course materials on key software and hardware technologies, along with a wide
array of information resources available via the Scholars Portal and
developerWorks, including newsletters, community forums, education roadmaps,
whitepapers and brochures, workshops and technical events. Schools piloting
the IBM Academic Initiative include Northface University, Texas State
University, Indiana State University, Kennesaw State University, University of
Houston at Clear Lake, University of Puerto Rico Mayaguez, University of Texas
at Austin, University of Wisconsin, and Worcester Polytechnic Institute,
Huazhong University of Science & Technology University of Rostock, and
Universidade Brasilia.
"Ensuring that the students of today are prepared to be the technology leaders
of tomorrow is a priority," said Mayur Mehta, chair of computer information
systems at Texas State University-San Marcos. "It is absolutely critical for
university curricula in information technology to embrace open source
technology if we want our graduates to be competitive in today's global IT
environment. The IBM Academic Initiative enabled us to infuse open source
technology throughout our IT curriculum and provide Texas State University
students with the relevant skills, training and open standards knowledge so
that they can succeed in the global marketplace."
Academic Initiative participants can also take advantage of IBM's Workforce
Development Solutions and Advanced Career Education. These are highly
collaborative relationships with fee-based offerings that leverage the full
spectrum of IBM's capabilities including Thinkpads, software, assessment and
training services, course materials, helpdesk support, project management and
internships.
The case for the IBM Academic Initiative is compelling. Linux continues to be
the fastest growing operating system, according to IDC, and some analysts
project it will overtake Windows in new server shipments in the next few
years. Meanwhile, 70 percent of enterprises surveyed by Gartner use Java
technology, and Java developers are expected to quadruple from 700,000 in 2003
to 2.8 million by 2007. IBM's own research at 3,000 colleges and universities
worldwide highlights a strong need for these open standards-based offerings. A
recent survey of 450 global CEOs by IBM Business Consulting Services revealed
that 75 percent of the CEOs surveyed cited education and the lack of qualified
candidates as the issues that will have the greatest impact on their business
over the next three years.
In an increasingly competitive global economy, the IT leaders of tomorrow will
be pursuing innovations which will come from a fusion of several different
disciplines -- advanced business integration and analytics; hardware, software
and services integrated into an open computing environment; and increasingly
important technologies such as wireless and nanotechnology. IBM's own $5
billion investment in R&D has led to innovations in on-demand business such as
self-managing, "autonomic" computing systems that heal themselves,
power-pooling computer "Grids" capable of predicting weather changes, and
industry-specific technologies that help physicians diagnose and treat cancer
patients better and faster. Many of these advances included collaboration
between IBM and academic and research institutions in the innovation process.
Further, in 2003 alone, IBM earned 3,415 U.S. patents, breaking the record for
patents in a single year, eclipsing the nearest company by more than 1,400
patents, and extending its 10-plus year leadership in patents.
"As businesses innovate with new technologies for competitive advantage,
companies and universities need to make a greater commitment to fill the skill
pipeline to feed these new disciplines," said Buell Duncan, general manager of
IBM ISV & Developer Relations. "There will be increased demand for high-value,
high-paying jobs which require a multi-disciplinary skillset of computer
services and line-of-business insight. Our goal is to help schools teach
millions of students in-demand skills for an on demand world."
Just as IBM champions open standards as the technology of choice for
independent software vendors (ISVs), the leading influencers of today's
marketplace, IBM now seeks to advance open standards among the next generation
of IT professionals while helping reverse a troubling trend: the lack of
enough qualified science and technology students with skills to lead the
future of the IT industry.
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