loader image
Saturday, November 22, 2025
80.8 F
McAllen
- Advertisement -

Biomedical Equipment Technology students enhance knowledge with new technology

Translate to Spanish or other 102 languages!

Biomedical Equipment Technology students Kaylee Jimenez (left) and Alex Hernandez (right) use a Stryker Tower during a TSTC lab session. (TSTC photo)
Biomedical Equipment Technology students Kaylee Jimenez (left) and Alex Hernandez (right) use a Stryker Tower during a TSTC lab session. (TSTC photo)

Mega Doctor News

- Advertisement -

HARLINGEN, Texas – Texas State Technical College keeps up to date with the latest technologies, such as those commemorated on Feb. 16 of each year on Innovation Day, that will benefit students for success.

TSTC’s Biomedical Equipment Technology program recently incorporated into its curriculum a Stryker Tower, which provides visualization and documentation for various medical procedures.

Oziel Capetillo, an instructor in the program, said this modern technology is used in operating rooms for certain surgeries.

- Advertisement -

“Instead of performing a complete incision, it will cut small holes into the skin,” he said. “Then a procedure such as an ACL (anterior cruciate ligament) repair, a shoulder repair or a gallbladder removal can be performed.”

Students in TSTC’s Biomedical Equipment Technology program learn to install and repair medical equipment to keep systems safe and efficient for doctors and patients.

Alex Hernandez, of San Benito, grew an interest in the program because his father is a biomedical technician. The promising career outlook was also a deciding factor in his decision to enroll.

Hernandez, who is pursuing an Associate of Applied Science degree in the program, appreciates the new equipment.

- Advertisement -

“The camera is an excellent feature,” he said. “It provides an interesting perspective into the work we are doing. A recent lesson we did used safety analyzers to check the amps and the grounding to ensure the voltage is working properly.”

Kaylee Jimenez, of Rio Hondo, also is pursuing an Associate of Applied Science degree in Biomedical Equipment Technology.

What she enjoys most about the program is that she can contribute to the needs of medical personnel by inspecting and repairing medical devices.

Jimenez said the new equipment is intriguing because it allows health care workers to see injuries from a different perspective.

“(They) are able to detect if there are any fractures or a dislocation in the arm or the shoulder,” she said.

Medical equipment repairers can earn an average annual salary of $49,050 in Texas, according to the U.S. Bureau of Labor Statistics. This allied health career has a 12% projected job growth rate in Texas, onetonline.org shows.

TSTC offers an Associate of Applied Science degree in Biomedical Equipment Technology at its Harlingen and Waco campuses.

For more information about TSTC, visit tstc.edu.

- Advertisement -
- Advertisement -

- Advertisement -

More Articles

Current Heart Attack Screening Tools Are Not Optimal and Fail to Identify Half the People Who Are at Risk

Current cardiac screening tools used to prevent heart attacks fail to identify nearly half of the people who are actually at risk of having one, according to a new study led by Mount Sinai researchers.

Don’t Overfill Your Plate or Stomach

We’ve all been there: You’re gathered with family or friends for a delicious holiday meal. You start piling food on your plate, and before you know it, there’s no room left – and you haven’t even made it to the cranberry sauce and sweet potatoes.

UT Health San Antonio Center For Brain Health Celebrates with Ribbon Cutting

University of Texas System and UT San Antonio leaders today hailed “a new era of hope, healing and discovery” for neurological patients and their families with a ribbon-cutting for the UT Health San Antonio Center for Brain Health, a $100 million, 103,000-square-foot facility that will bring specialty care, therapy, diagnostics and research under one ro

Rare Mutation that Predicts Strong Immunotherapy Response in Colorectal Cancer Identified

A new study led by researchers at The University of Texas MD Anderson Cancer Center shows that a specific subset of mutations in the POLE gene is strongly associated with durable responses to immunotherapy in patients with metastatic colorectal cancer (CRC).
- Advertisement -
×