I am a Biomedical Engineering graduate student at Johns Hopkins University, with a B.S. from Clemson University. My technical expertise covers electrical engineering and circuit analysis, bioinstrumentation, signal processing, statistics, chemistry, polymer science, biomaterials, and related fundamental classes.
My teaching approach starts with diagnosing where a student's thinking breaks down, then building from what they already know. Rather than re-explaining material the way it was...
I am a Biomedical Engineering graduate student at Johns Hopkins University, with a B.S. from Clemson University. My technical expertise covers electrical engineering and circuit analysis, bioinstrumentation, signal processing, statistics, chemistry, polymer science, biomaterials, and related fundamental classes.
My teaching approach starts with diagnosing where a student's thinking breaks down, then building from what they already know. Rather than re-explaining material the way it was taught, I find the angle that connects to how that specific student already thinks, using comparisons and analogies to bridge familiar concepts and new material. This approach comes from one-on-one peer tutoring and delivering lectures to both graduate and undergraduate students.
I apply these subjects at a translational level: I have designed signal processing pipelines for EMG systems, conducted statistical analysis using ANOVA, built circuit interfaces, and programmed microcontrollers. I have presented work at national conferences including the Biomedical Engineering Society annual meeting, and I bring that same precision and clarity to how I explain technical material. I work best with students in engineering, science, and pre-med fields who need a tutor that understands both theory and application.
