Oakton Community College and Stratum
Global, based in Littleton, Colorado, announce the first collegiate
hands-on Radio Frequency Identification (RFID) lab, to be created
at Oakton's new Art, Science, and Technology Pavilion at the Ray Hartstein
Campus in Skokie. Stratum Global, in conjunction with William
Frick, Intel, and Intermec
Technologies Corp., is providing Oakton with the tools required
to develop an RFID lab and curriculum that will give students the
opportunity to study the dynamics of how RFID infrastructure, readers,
tags, and software logic solve business problems.
"As RFID continues to emerge, Chicago and suburban businesses will
need employees with tangible skills in this growing field," said Robert
Sompolski, acting dean, Mathematics and Technology, Oakton Community
College. "Oakton's objective in this partnership is to prepare students
for RFID opportunities in the workplace. Our lab will give students
experience in working directly with software, tags, readers, and infrastructure
gaining knowledge to implement a full-scale RFID project. Students
will not only learn the technology, but also be able to communicate
the business value of an RFID implementation."
Stratum
Global's TagNet® RFID solution suite will serve as the software
application foundation for understanding the integration components
and the dynamics between the infrastructure, tags and readers. Students
will use the software to manage and configure readers, conduct remote
diagnostics, commission and interrogate tags, verify tag reads against
existing enterprise data and create rules to establish application
level events.
William
Frick, based in Libertyville, Illinois, specializes in tag and labeling
solution offerings. Frick will assist in developing the tag curriculum
as it relates to tag materials, tags for high impact or rugged environments,
application of active or passive tags, high visibility tags as well
as tagging location. Frick will provide the lab with a variety of
tag types for the students to work with on different materials, in
multiple scenarios. Students will have a firm understanding of the
differences between tags types, where those types are applicable and
how to effectively construct a tagging methodology.
Enterprise
data will reside on an Intel® based P4 and Xeon Server infrastructure.
Data will be used to commission tags, construct work rules and manage
events. Stratum Global's TagNetŪ will ensure a seamless flow of data
within the RFID environment, between the Intermec Readers, antennas,
tags and the Intel® platform.
RFID
hardware will be provided by Intermec and will include Intermec's
IF5® fixed readers, IP3® portable readers, and a combination
of Intermec Intellitag® antennas. Students will use the hardware
to understand how physical readers, handhelds and antennas are used
to develop portals, and how portal development impacts read rates
and the dynamics of hardware configuration. The hardware and curriculum
will prepare students for careers in RFID, with a firm understanding
of the technology required for a successful implementation and how
that implementation can bring continuous process improvement to the
business.
"Oakton's
RFID lab and curriculum will have significant impact on many levels
within the college, the community, and the business world," said Bill
Hood, chief operating officer, Stratum Global. "Students completing
the curriculum will have the opportunity to pursue RFID as a career
path, and those returning for continuing education will be able to
increase their marketability with RFID skills. Oakton's students will
acquire the skill set to plan, research and implement RFID."
"We
are pleased to be working with companies of such a high caliber in
establishing this program," Sompolski added. "Given their professional
expertise we have great confidence that our students will leave Oakton
well prepared for careers in supply chain logistics using RFID."
For
more information about Oakton's new RFID lab and training curriculum,
contact Robert Sompolski at 847-635-1975 or somplski@oakton.edu.