Joseph Hirsch details that medical device R&D is highly iterative. Beyond CAD and mechanical testing, Medtronic relies heavily on feedback from surgeons who test prototypes in cadaver labs. This direct, hands-on input is critical for refining designs before seeking FDA approval.
Medtronic R&D Engineer Joseph Hirsch highlights a key career distinction. "New product" focuses on initial design and FDA approval, while "sustaining" engineering supports launched products, manages manufacturing changes, and secures regulatory approval for global markets.
While specific software skills are useful, Medtronic R&D Engineer Joseph Hirsch stresses that his engineering education's true value was learning a logical framework for analyzing and solving problems—a mindset that transcends any single class or technical skill.
Joseph Hirsch suggests that demonstrating an ability to manage activities like internships or sports alongside a demanding course load is a powerful signal to employers. It proves you can handle the competing pressures and requirements of a real-world engineering job.
A common barrier to networking is the perceived age and status gap. Joseph Hirsch advises students to remember that senior people were once in their shoes, don't feel as "old" as they might seem, and are generally approachable if contacted respectfully.
Joseph Hirsch was still planning on medical school two years into his medical device engineering career. He advises that it's okay not to have a final decision, as real-world industry experience can clarify which path you truly enjoy, and pivoting is always an option.
Medtronic R&D Engineer Joseph Hirsch works remotely in a traditionally hands-on role. His team stays connected via daily virtual calls, and all necessary in-person lab work and team building are consolidated into focused, week-long trips to the office once or twice a year.