Can you describe a situation where you had to effectively communicate a complex technical concept to someone without a biomedical engineering background? What approach did you take?

Explaining impedance-based biosensors to a non-engineer required stripping jargon while keeping precision. The core issue was electrical resistance changes correlating with biological reactions. Instead of equations, I used a kitchen sponge analogy--how water absorption alters texture, just as cells affect conductivity. This framed the concept without losing technical depth. Breaking complexity into familiar principles worked. I avoided oversimplifying but structured the explanation logically, starting with function and then application. Diagrams clarified signal processing, reinforcing understanding without overwhelming details. The goal was retention, not just explanation. A clear, structured analogy ensured engagement without diluting accuracy.

Within STEM fields, sometimes technical jargon can intimidate or discourage people from taking part in next steps of learning. However, this doesn't need to be a limitation at all! Language can be distilled down into more bite sized content chunks, or other layers of learning accessibility could be provided like a key terms directory.