Blog Posts

Another Productive Week! (Week 5)

Over the past week, the team has made great strides towards a fully integrated prototype as the mechanical and electrical subteams increased collaborative efforts. For instance, a 3-D print of the housing from last week helped us generate a better idea of how electronics should be arranged to best fit (see the left example!). We are already working on the next housing iteration as remaining electrical designs and material selections are finalized.

The testing subteam has also taken valuable feedback from the QRB1 panel into consideration as the team continues to optimize our testing environment and procedure.

Finally, the team’s plans for the Final Design Review are slowly being developed as the team prepares to submit organized, high-quality final deliverables in April.

QRB 1 Complete! (Week 4)

SurgiGauge received great feedback from their first Qualifications Review Board (QRB). With all the feedback in mind SurgiGauge is working to further enhance its cross collaboration between the three sub teams. In doing so SurgiGauge will be able to put each sub team’s hard work towards creating an amazing product.

Currently the mechanical sub team is working on the second revision of the housing, the testing sub team has completed additional testing with the sensors, and the electrical sub team is continually finalizing components.

SurgiGauge with their coach Dr. Schulze after QRB 1 presentation.

Development Continues (Week 3)

SurgiGauge made great progress on all fronts, from the electrical and mechanical to the testing sub teams. Essential electronics were integrated and a new iteration of mechanical design was completed (along with 3-D prints!). The testing team is continuously improving the testing environment, minimizing points of error and bias, as well as creating an environment “as close to the real thing” as possible.

This week, the team had the privilege of hearing from Rick Garcia, an R&D Senior Manager of Advanced Engineering at Johnson & Johnson VisionCare, as he spoke on Leadership in Engineering. The team took away valuable insight that will be applied to our careers.

The team also prepares for the first Qualification Review Board (QRB) of the semester, where the team will have the opportunity to showcase progress and receive feedback from faculty coaches on the team plan for completion of all deliverables.

SurgiGauge collaborating to ensure project plan deadlines are met and work is of high quality.

Oh Snap! (Week 2)

SurgiGauge carried the momentum from the first week into the second, starting off the week with a wonderful meeting with our liaison, Alex! We discussed the current state of the project, and Alex gave us very helpful tips regarding testing procedures and PCB design going forward.

The electrical and mechanical subteams delved further into their respective tasks, with the electrical team focusing on PCB design, and the mechanical team printing and testing the snapping mechanism for the attachment.

(From left to right) Brian, Kellen, and Conrad displaying the first iteration of the snapping mechanism.

Starting Off Strong This Year (Week 1)

With winter break and new year’s celebrations concluded, the SurgiGauge team made their way back to UF to get the spring semester started. The first day of class we received a tornado warning and proceeded to get soaked on our way to class through a thunderstorm. Despite the rough start our entire team braved the storm and presented our critical path, work break down, and risk mitigation strategies to the class.

Outside of class, our team met to reestablish meeting times with our liaison and coach. In the lab, the team worked on several aspects of the project. The electrical subteam made progress on angular measurements with troubleshooting of sensor code. Angle testing protocols were tested to ensure ImageJ was sufficient and the testing apparatus was built as shown in the image above. The mechanical subteam worked on adjusting the attachment model and printing it for testing. Adjustments were made to the attachment CAD model and the printing request was submitted.

Things are moving along fast, so stay tuned for more updates next week!

Winter Wrap-Up (Week 14)

What an end….Our liaisons Alex and Elizabeth drove up from Naples to attend our official SLDR presentation this week, preceded by a few hours of networking and a phenomenal guest speaker, Quang T. The preliminary events were such a wonderful idea on the IPPD program’s behalf, as it not only allotted time to connect with our liaisons outside of weekly technical meetings, but it was a great opportunity to meet the liaisons of a few other teams.

The following SLDR presentations paired us with a few teams that we hadn’t seen before, and everyone’s progress has been astonishing! Gratefully, our SLDR presentation was also well-received by our coach, liaison, and other IPPDers. So, with the corresponding SLDR report signed and our Spring plan mapped out, we will ready to hit the ground running again in January.

Our team and liaison engineers a few hours before our SLDR

Final Touches for SLDR (Week 14)

Though the peer review SLDR was a great opportunity to develop our presentation skills and hear about other awesome projects, we continued to reach out to our coach and liaison specifically afterwards for additional improvement. Based on their feedback, we decided to gear the focus of our presentation from what we have already completed this semester to our plans for the spring to better emphasize what Arthrex and IPPD can expect from us come April. Framing it in this light would also allow us to showcase the fact that our progress thus far puts us on a great track to meet our spring goals. We now have a week-by-week spring schedule for both the mechanical and electrical divisions of our team to make sure we stay on track and keep up our amazing momentum from the fall. We’re excited to see how it’s received during the real SLDR.

Here’s a picture of our team completing dry runs the night before our real SLDR!

APPROACHING THE FALL FINISH LINE (Week 13)

This week we teamed up with team members and coaches from MaeChem Silanes and PolarFlow Optics to conduct the peer review System Level Design Review (SLDR).

Our team had a great time presenting as well as listening to the other two teams. 

We were able to get a great amount of feedback ranging from ideas regarding our product development to tips on how to help our audience better understand our design process. Being able to provide feedback to other teams also allowed us to see areas we need to improve upon within our presentation.

With all that said and done, we now approach the actual SLDR. 

SurgiGauge after presenting in peer review SLDR

Prototype Inspection Day (Week 11)

In this week, the team reached a major milestone in presenting our prototype on Prototype Inspection Day (PID).

We showcased a functioning prototype for the product in addition to our testing hardware and methodology. We were fortunate to gain feedback and evaluation from a fantastic group of judges with diverse backgrounds, allowing for ideas and constructive criticisms from different angles. We also had the opportunity to share our prototype with peers from other IPPD teams and explore their prototypes as well. It makes us proud to see the fantastic work that Gator Engineers at IPPD are doing!

We are excited to evaluate and analyze the feedback received from PID to make adjustments before our next major milestone, the System Level Design Review (SLDR).

In the coming weeks, the team intends on continuing to test our design and make continuous and iterative improvements.

SurgiGauge excited to present on PID

Pushing Towards PID (Week 10)

This week, the team continued to make progress in prototyping as we rapidly approach PID next week. We’ve begun implementing many of the feedbacks provided during PDR, including the building of a testing system as shown with the linear actuator figure.

Linear actuator fit testing with rail

We also had major break throughs in our sensors and have data to analyze! The team is extremely excited to begin sensor testing and troubleshooting in preparation for our final design. So far, the sensors have met our expectations, allowing our project to move forward smoothly.

Checking the functionality of sensor code, measuring distance to cardboard

With different sub-systems moving along at such a fast pace, keeping a clear vision for each one and their current state will keep up on pace for PID. To better demonstrate our ideas to the judges next week, the team has put together a poster board that explains the design methodology of each subsystem. Alongside the board will be physical demonstrations of our systems for the judges to interact with.

Brian with sketch of PID presentation board

The SurgiGauge team made great progress this week and we hope to carry this forward through PID next week!