BE Freshmen Present Their Final Projects

On May 8, 2019, first year Bioengineering students at the University of Pennsylvania gathered together for a marathon two-hour session in which no fewer than twenty-one groups presented the results of their final projects. These projects were the culmination of two semesters’ work in the courses BE 100 and 101, the department’s year-long introduction to Bioengineering. The topics were as diverse and creative as the students, ranging from medical devices and pediatric monitors to plant-care and diagnostic apps. They covered a variety of issues and needs, including tools to help the blind; lockboxes that incorporate breathalyzers (to stop you getting to your keys when intoxicated); mechanisms to sense epileptic seizures and monitor heart rate; and more. Each group had only four minutes to present the research, concept, and results of their project and give a brief demonstration.  In the end, the entire class voted and two clear winners emerged. In first place was Group R7 with Heart Guide, a heart-shaped ultrasonic collision device for the blind. Group R3 came in second place with Pulsar the Robot, an adorable pediatric heart rate monitor. The course’s instructor, Dr. Michael Rizk, ended by saying that all of the students should be very proud of their work and that these final projects and the skills learned in year one are the foundation on which the rest of their BE curriculum will be based.

Congratulations to all of our first years on their amazing work. Check out some photos of their impressive work below! For more information on the Penn Bioengineering Undergraduate Curriculum, visit the department website. Most BE student projects are created in the George H. Stephenson Foundation Education Laboratory and “Bio-MakerSpace”, the department’s primary teaching lab.

Bioengineering and BDM Go Together

by Joe Maggiore, Bioengineering ’19

BDM stage
Band Dance Music in performance

I’m a rising junior studying Bioengineering at Penn. I’m also the founder of a music group called Band Dance Music (BDM). The overall premise of the group is to take the same music that a DJ plays at a college party but to play it with an 11-piece live band. The idea for this group started before I got to Penn, but it was something that I was confident in pursuing despite all of the other time commitments during the school year.

Starting a band at Penn was definitely a challenge. There are already so many music groups on Penn’s campus that it’s very easy for a group that is just starting out to get drowned out by other more prominent groups. After really pushing marketing hard for auditions, it actually was pretty easy to find students who were interested in the idea behind the group. Interestingly, of the 11 members that are now in the group, nine of them are actually in the School of Engineering and Applied Science.

While bioengineering and band dance music seem like two totally disparate fields, I was actually able to bridge the gap between these areas while taking ENGR105 with Professor Rizk. At the end of this course, we are asked to create a graphical user interface (GUI) that combines the entire course’s material. This GUI is completely free form – it can be in any area of interest that you like.

Since for a while I’d been having trouble arranging music completely by ear, I thought this would be the perfect opportunity to create a GUI that would help me arrange music for the band. There is rarely free time to spare during the school year, so being able to work on a passionate project of mine while also being able to complete my course work was a win-win situation. The GUI definitely took me longer than expected to create since it involved having to process electronic music into parts that would be easier to arrange, but I eventually was able to finish the interface. It featured a tap metronome, a filtering system, and a visual music player so I could streamline the music writing process. Below is a pictures of the GUI I created.

BDM is always looking for more interesting people to join who have a passion for this unique concept for a band. If any bioengineers reading out there are interested, feel free to reach out to me – I’d love to talk more about it. Thanks for reading!