Octin Health

Laura Walter

Surgical Collaboration Champion

Aortic arch operations are not for the faint of heart; this is true for both the patient as well as the surgeon. These are the most complex procedures in cardiac surgery, where precision and endurance are necessary for success with the amount of pressure that comes with it. Innovating on decades old approaches to the surgery requires designing for (and with) the surgeon. Using their workflows, their constraints and meeting their unmet clinical needs should be the foundation to building new technologies. Incremental innovation rarely makes headlines, but it is instrumental to better patient outcomes.

Cardiovascular device development continues to trend toward minimally invasive and endovascular approaches, offering patients faster recovery times and reduced procedural risk. Still the need for open heart surgery remains very real and has become more complex as endovascular approaches are not amenable for all patients or when endovascular options fail. Procedures such as open aortic arch repairs cannot be replaced, while the current standard of care makes this possible, it should not be beyond improvement or innovation. Without continued advancement, the critical safety net is risked.

Collaboration Drives Better Outcomes

Meaningful innovations require more than technology alone. This progress would not be possible without surgeon participation and visionary leadership bringing clarity around the complexity of the clinical side of the procedure. The ability to bring collaborators together from all facets of the device design space is a balancing act. From engineers to regulatory, the vision needs to be clear with consistent communication. Effective leadership ensures teams understand both the complexity of their roles and how to connect across disciplines to achieve cross-functional alignment. This kind of synergy helps promote better decision making to lead to better clinical outcomes.

“Every advancement that makes aortic arch repair safer and more effective is more than a technical achievement; it is an opportunity to improve outcomes and save lives.”

For example, when developing new technology, surgeons who deeply understand the realities of the operating room must work closely with engineers who specialize in device design and materials. We’ve seen firsthand how much this collaboration matters. A seemingly small design choice, like whether a balloon can be inflated with one hand, can make a procedure smoother or add unnecessary complexity in a high-pressure moment. Surgeons bring an understanding of workflow, timing and patient care, while engineers contribute expertise in materials and manufacturability. While each brings deep knowledge in their respective field, success depends on their ability to understand and adapt to each other’s workflows.

Given this complexity, resiliency is essential in this field where setbacks are inevitable, timelines are intense and the path forward may be ambiguous. For professionals looking to enter the medical device or healthcare technology industry, startups may provide a unique opportunity. Startups offer the chance to see a project from start to finish, the full lifecycle from concept to clinical use at an accelerated pace. Expectations are at an all-time high, roles can be fluid and ambiguity is part of the day to day. Success often comes from the willingness to step beyond defined responsibilities, embrace feedback, and continue moving forward despite rejection or uncertainty. Growth happens in those moments, and even small wins become meaningful milestones worth celebrating.

In the end, it all comes back to the patient. Surgeons operate for the patient. We innovate for the patient. Every advancement that makes aortic arch repair safer and more effective is more than a technical achievement; it is an opportunity to improve outcomes and save lives.