Amelia Howe transitioned from nursing to biomedical engineering, driven by a love for anatomy but finding the emotional labor of patient care unsustainable. This shows how a core scientific interest can be applied in very different professional fields, bridging medicine and technology.
Unlike inert materials, living tissues adapt. A metal splint that is too strong will cause the adjacent bone to atrophy because the splint carries the load, signaling the bone is no longer needed. This highlights a key challenge in biomedical engineering: designing for dynamic biological systems.
As the first employee at startup Neuronoff, Amelia Howe successfully set up a lab by relying on established lab managers and PhD students from an affiliated university. This demonstrates that early hires don't need all the answers, just the resourcefulness to find them externally.
At Neuronoff, a three-year project was dedicated to ensuring their "injectrode" could be safely removed—a factor often overlooked in device design. This proactive approach prevents future complications where devices must be abandoned in a patient's body because they are too difficult to extract.
The most rewarding part of working at a startup is the clear line of sight between individual actions—like writing a test procedure or hiring an intern—and the company's progress. This direct feedback loop provides a powerful sense of purpose and job satisfaction that larger companies often lack.
While often touted as a benefit, flat organizational structures can be confusing for new hires. As a junior employee, Amelia Howe found it difficult to determine the right person to communicate with, sometimes defaulting to the CEO. This highlights the need for clear communication channels even without formal hierarchy.
Teams often get stuck in a loop, discussing the same problem week after week with no progress. The solution is rigorous note-taking to create a written record of what was decided and what needs to be done next. This simple discipline creates momentum and accountability between meetings.
To combat knowledge loss during intern turnover, have them create a short presentation with pictures of their experimental setup, materials, and results. This visual summary is more effective for onboarding the next person and briefing management than burying data in spreadsheets and shared folders.
Instead of saying a CAD update took 10 hours, an engineer should explain how it reduced manufacturing defects or improved quality. Framing contributions in the "language of value" helps leadership and other departments understand the direct impact on business goals like revenue and cost savings.