About Me
Hello! My name is Liz (short for Lizmarie). I am a NPI Manufacturing Engineer at Intuitive working on the development of next generation instruments. My background is in Mechanical Engineering, in specific small-scale and low-powered MEMS sensors. I enjoy helping others and I’m passionate about working on projects that have a positive impact on society. In the last years, I have worked on developing innovative and smart medical devices and sensors.
I’m originally from Puerto Rico, the island of enchantment or Isla del Encanto! I have been motivated to work in robotics since participating in FIRST competitions in high school. In my college years, I had the opportunity to participate in summer internships at NASA and these experiences were instrumental to my formation as an engineer and shaped my interests. Then, I learned first-hand about the impact that an engineer’s work can have in society. I’m motivated by engineering roles that have the potential to make healthcare more accessible by reducing cost and time of treatment and recovery.
In my spare time I love to travel to countries all over the world and try local cuisines. I also love reading, designing jewelry and working on DYI side projects.
2018- Present
Sr NPI Mfg Engineer at Intuitive
Development of next generation instruments
PhD at Stanford Micro Structures and Sensors Lab
Design, develop and test micro-scale high performance sensors for harsh environments
2016 - 2018
2016 - 2017
Program to learn skills in entrepreneurial leadership
My interests include:
Surgical Robotics · Medical Devices · Sensors · MEMS · Medical Sensors · Robotics · Medical Robotics · Biomechanics · Entrepreneurship
2015
Micro-scale mechanical testing in recovered material from Hubble Telescope
2013
Developed capillary injection system for laser spectroscopy
MS in Mechanical Engineering
Research in a robotic brain catheter for assistive surgery
2013
BS in Mechanical Engineering and Biomedical Engineering
Graduated with honors
2012
2011 - 2013
Research at CMU Biomechatronics Lab
Designed a robotic ankle prosthesis