I design and build electromechanical and robotic systems end to end, from concept and CAD to working, field tested hardware.
A precision motion platform built from scratch to calibrate inertial sensors. My single strongest piece of work, owned across mechanics, electronics, control, and software.
A client needed to calibrate inertial sensors and asked for motion they could fully trust as a reference. Commercial rate tables that do this cost a fortune and are hard to get. The goal was to build one locally that matches or beats them.
A selection across medical devices, robotics, test rigs, and research instrumentation. Click any project to see the goal and the details.
I own the complete path from a first sketch to validated hardware, without handing the problem between separate vendors.
I move fast from an idea to a running system, and I do not stop at a drawing. I stop when the rig passes its own test.
Mechanical and robotics R&D engineer with an M.Sc. and over seven years building custom electromechanical systems. My work spans precision motion platforms, robotics, medical devices, and research instrumentation.
I have led more than twenty five projects from requirements to validated hardware, owning the full path: mechanical design and CAD, FEA and CFD, electronics and PCB, embedded firmware, and the build and test that proves it works.
Degrees and academic records. Click any certificate to view it full size.
I shoot competitive archery. It is the same discipline that runs through my engineering: precision, repeatability, and a calm focus on the one variable that decides the result.
Open to Mechanical R&D, product development, and prototyping roles, and to interesting build projects. The fastest way to reach me is by email or LinkedIn.