Board of Education votes today on career-training program for six HISD high schools

The HISD Board of Education is scheduled to vote today on a plan to draw students back into six neighborhood high schools with strong Career and Technical Education programs.

The meeting begins at 5 p.m. at the Hattie Mae White Educational Support Center, 4400 W. 18^th Street.

Under this proposal, the School of Pharmacy Technology at Long would prepare students for the growing pharmaceutical industry by providing them with the clinical and business skills needed to work successfully alongside pharmacists and physicians.

If the program is approved, students at Furr, Kashmere, Long, Scarborough, Sterling, and Booker T. Washington high schools would be able to enroll in the newly created Houston Innovative Learning Zone (HILZ) programs beginning this summer. By the time these students graduate high school, they will have earned a college associate’s degree and valuable career certifications to help them immediately land lucrative jobs in some of the region’s most in-demand professions.

“These HILZ programs take traditional vocational education to a higher level,” said HISD Superintendent Terry Grier. “HILZ graduates will leave our high schools with certifications that Houston employers seek when filling high-paying job vacancies. HILZ graduates will also have 45 to 60 hours of college credit from our Houston Community College partner. These credits will transfer to articulated programs at Texas universities, positioning HILZ graduates for success in a four-year college if they choose to forego an immediate career.”

A minimum of 15 hours of college credits earned by HILZ graduates will come in core courses and will be transferable to any public Texas university.

The HILZ programs will be located at high schools that have substantial building space available for neighborhood students who have chosen to attend other HISD schools by taking advantage of the district’s open enrollment policies. Nearly 1,600 students live in neighborhoods served by the six HILZ campuses, but currently attend schools elsewhere.

“HISD’s strength lies in school choice and competition,” Dr. Grier said. “But for true choice to exist, students and their parents must trust that all neighborhood schools offer the same level of rigor as other HISD schools. This necessary investment in our neighborhood high schools shows that HISD is committed to ensuring that students don’t have to catch a bus across town to get a good education.”

The proposal calls for nearly $5 million in startup funds, spread over a four-year period. About $1.5 million of the cost would be covered by federal funds specifically designated for vocational education programs. The schools would eventually serve a combined total of 1,200 students a year at a cost of roughly $135,000 per school.

HISD’s increased focus on Career and Technical Education is already paying off for many students. The number of industry certificates earned by HISD students reached 15,160 in 2010-2011. This is nearly four times the number of certificates awarded to HISD students a year earlier, when 3,881 were issued.

Such programs are a significant component of HISD’s overall dropout prevention strategy. By offering a diverse catalog of courses and programs tailored to the specific interests of all students, HISD has seen its dropout rate reach its lowest level since Texas adopted the stringent national dropout reporting guidelines.

In addition to taking the standard core courses required of all high school students, HILZ students would take courses taught by college professors using a blend of face-to-face and online instruction. Each HILZ school would offer a technology-rich college atmosphere. In addition, these schools would aggressively pursue partnerships with businesses that match their instructional themes.

The six proposed HILZ schools are:

The School of Electronic Engineering at Furr

The School of Electronic Engineering would provide students with the knowledge and ability for a career in electronics and information technology in the 21^st Century.