I am a former Adjunct Professor at Stevens Institute of Technology with a Ph.D. and M.S. in Biomedical and Computer Engineering from Rutgers University. Over five years of university teaching, I built and delivered graduate-level courses across seven subject areas including engineering, software development, AI and machine learning, project management, and entrepreneurship. My students were working professionals and graduate engineers in their mid-20s to mid-40s, studying in both classroom...
I am a former Adjunct Professor at Stevens Institute of Technology with a Ph.D. and M.S. in Biomedical and Computer Engineering from Rutgers University. Over five years of university teaching, I built and delivered graduate-level courses across seven subject areas including engineering, software development, AI and machine learning, project management, and entrepreneurship. My students were working professionals and graduate engineers in their mid-20s to mid-40s, studying in both classroom and seminar formats. I also hold a PMP certification and a Supervised Machine Learning certificate from Stanford and DeepLearning.AI. Beyond the classroom, I have spent 20 years as a technical founder and CTO, which means I can connect what students are learning to why it actually matters in the real world.
Beyond university teaching, I have extensive one-on-one tutoring experience working with my own daughters through high school and into college-level coursework, covering physics, chemistry, trigonometry, pre-calculus, calculus, and biology. There is a real difference between teaching a lecture hall and sitting one-on-one with a student who is genuinely stuck — I understand both, and I know how to find the specific gap in understanding and close it without just re-explaining the same thing louder. I am also well-prepared to help students with SAT, ACT, GRE, and GMAT preparation, particularly on the math and quantitative reasoning sections.
My approach is patient and direct. I start from where the student actually is, not where the curriculum says they should be. For math and science I work through problems side by side, building intuition before formulas. Most students are not struggling with the material itself — they are missing one or two foundational pieces that, once filled in, make everything else click into place.