News Type: Undergraduate Student News

Two teams of Johns Hopkins undergraduate biomedical engineering students are among six groups to receive a 2018 Lemelson-MIT Student Prize, which recognizes promising young inventors from around the country.

In this interview, Blair offers an inside look at what it’s like to study biomedical engineering, the opportunities and activities available to students at Johns Hopkins, and advice for incoming freshmen.

The Center for Bioengineering Innovation and Design held its fifth annual Fall Healthcare Innovation Showcase and Shark Tank where students presented their ongoing work to develop innovative solutions to unmet health care needs.

Founded by Johns Hopkins alum Ralph O’Connor and his wife, Becky, the O’Connor Fund program awards each team a $5,000 grant with the opportunity to earn $5,000 more by reaching certain milestones.

At Johns Hopkins University, first-year biomedical engineering students recently headed to Six Flags America to measure how the acceleration of an amusement park ride can impact an individual's heart rate.

A Johns Hopkins student invention aimed at helping people breathe easier won the silver prize in the 2017 national Collegiate Inventors Competition. The second-place award was announced Friday afternoon after final judging at the U.S. Patent and Trademark Office in Alexandria, Virginia.

Students were challenged to design solutions to improve hand hygiene in high- and low-resource settings.

Moving a Ping-Pong ball three meters may sound like a simple task, but a group of Johns Hopkins freshmen biomedical engineering students learned first-hand that sometimes the simplest task can be the most difficult.

The AssistENT team, formed by biomedical engineering majors during the 2016-17 school year, is one of six undergraduate finalists that will compete for top honors and prizes worth up to $10,000 during the annual Collegiate Inventors Competition.

Undergraduate design teams in the Center for Bioengineering Innovation and Design won three awards at the NIH DEBUT Challenge.

Johns Hopkins students in the upper-level Imaging Instrumentation course showed off their year-end projects that ranged from a system to replicate an endoscopic procedure to a method of measuring blood flow in the body.

The 2017 Biomedical Engineering Design Day drew hundreds of students, faculty, clinicians, and mentors to the Johns Hopkins Medical Campus. Eight master’s student teams and 14 undergraduate student teams represented the Center for Bioengineering Innovation and Design with projects spanning a range of clinical topics.

Fernando Vicente Zegarra, a junior in biomedical engineering, has been recognized by the Goldwater Scholarship program for his outstanding promise in a research career.

Two students have been awarded 2017 Whitaker International Fellowships, a career-enhancing program that supports young biomedical engineers’ travels overseas to conduct research and take coursework.

The Malinow Family Fund has been used to help design prototypes, conduct experiments required for larger grants, purchase materials for testing, and schedule consultation sessions.

Biomedical Engineering senior Jourdan Ewoldt took home the first place award at the 2017 Biomedical Engineering Society Mid-Atlantic Undergraduate Research Day on March 10.

Johns Hopkins Biomedical Engineering will be home to six new Graduate Research Fellows – outstanding students in science, technology, engineering, or math graduate programs who have been recognized by the National Science Foundation.

Param Shah and Alex Mathews, two undergraduate students at the Whiting School of Engineering, are combining their backgrounds in computer science and biomedical engineering to improve the orthotics industry.

While many Johns Hopkins undergraduates spent January at home visiting friends and family, 13 biomedical engineering students spent their winter break taking the Design Team Clinical Immersion intersession course through the Center for Bioengineering Innovation and Design.

Alex Mathews, at right, of the Johns Hopkins Department of Biomedical Engineering, was recently named to the annual Forbes "30 Under 30" list for his work on Fusiform with classmate Param Shah, at left.

A reusable cryotherapy system that could bring low-cost breast cancer treatment to women in rural South Africa has won the bronze prize for a Johns Hopkins University biomedical engineering team in the undergraduate category of the 2016 National Collegiate Inventors Competition. Prize winners were announced Friday at an event in Washington, D.C.

CBID undergrad team develops CricSpike tool kit designed to save lives by improving accuracy of cricothyrotomy in emergency situations.

Johns Hopkins undergrads took top honors for a fourth year at this mid-atlantic regional competition. The trophy available since year two ; has been on Hopkins turf each of the last three years.

Revision spinal surgery complications, such as cerebrospinal fluid leaks, increase health care costs and taxing on the health of the patient. The BME team developed a simple, specialized tool designed specifically for successful revision spinal surgery.

Access to long-term, reversible contraceptive in the form of a tiny implant in the arm can be a challenge in areas around the world where medical services are limited and frontline providers have minimal training.

A low-cost, deskilled spirometer, invented by BME undergraduates, offers hope to patients struggling with respiratory illnesses in low-resource areas.

Dias and his Johns Hopkins team were recognized for their Tanzania-based project, Bright Energy Africa, a social enterprise that works to convert agricultural waste into smokeless fuel briquettes.

Johns Hopkins biomedical engineering sophomore Andrew Tsai took 1st place for his oral presentation on tunable electrospun anti-microbial coatings for orthopedic implants.

The Churchill Scholarship is awarded annually to students who have demonstrated a capacity to contribute to the advancement of knowledge in the sciences, engineering, or mathematics by completing original, creative work at an advanced level

The AccuSpine pedicle probe will enable safe and accurate pedicle screw placement during surgery by providing real-time feedback when an imminent breach is detected.