Mechanical engineer who learns hard concepts quickly — then turns them into working systems with the same urgency. Working across mechanical design, robotics, automation, manufacturing, and product development, with graduate-level depth in robotics, control, and medical devices.
Currently an Automation & Process Development Engineer at MICRO, building automation solutions for FDA/ISO-regulated medical manufacturing — a DoD-funded Graduate Research Assistant at Stevens, developing a robotic end-effector for combat casualty care alongside Medtronic and Corvid Technologies. - and a Mechanical Design Engineering Intern at EN-POWER GROUP, supporting mechanical and energy engineering consulting.
Mechanical breadth is the foundation: mechanical design, control theory, fluid mechanics, dynamics, and manufacturing — built on a Bachelor of Science in Physics from Seton Hall (3.87) and a Master of Engineering in Mechanical Engineering at Stevens (4.00). On top of that, two graduate-level specializations — Graduate Certificate in Robotics & Control and Graduate Certificate in Medical Devices — that pair naturally with the work I'm doing now in medical robotics. The pattern is consistent: pick up the hard thing, then ship.