Hi! I’m Leonor Merino Osornio, a Mechanical Engineer passionate about mechatronics, robotics, and designing systems that push the boundaries of innovation—whether that means exploring the depths of our oceans or the vastness of space. I earned both my Bachelor’s and Master’s degrees from New Mexico Tech, where I worked on projects ranging from bacterial‑flagella‑inspired underwater robots to spider‑like satellites for active debris removal.
I’m driven by engineering with purpose. My work sits at the intersection of system modeling, creative problem‑solving, and hands‑on prototyping, and I’m especially motivated by real‑world challenges like space sustainability, autonomous systems, and complex mechanical design. I love taking ideas from concept to reality and thrive in environments where curiosity, iteration, and interdisciplinary collaboration matter.
Outside the lab, I’m an explorer of both the world and ideas. I’m fluent in English and Spanish, currently learning German, and always excited to experience new cultures. I’m a lifelong sci‑fi and fantasy reader, a cycling enthusiast, an art lover, a dog lover, and a firm believer that engineering should be as imaginative as the stories we tell.
You’ll also see a logo I designed that reflects who I am as both an engineer and a person. The howling wolf represents curiosity, resilience, and my love for dogs (and their wild roots). Its fur forms my initials, while the background—space, circuitry, and gears—brings together my passions for exploration, robotics, and system design. The blue and green palette reflects creativity and balance, values at the core of how I approach engineering challenges.
What You’ll Find Here
This portfolio showcases my journey through detailed project write‑ups, research publications, and the awards and experiences that have shaped my approach to engineering. You’ll also find the skills, tools, and design philosophies that guide my work as I continue building systems that inspire curiosity and make an impact.
This resume highlights my engineering background, hands‑on project experience, and the technical strengths I bring to mechanical and robotics roles.
Mechanical & Integration
Mechanical assembly and structural assembly
3D printing and prototyping
Silicone molding and soft-robotics fabrication
Hand tools and measurement instruments
Engineering drawing interpretation
CAD & Analysis
SolidWorks
Onshape
MATLAB (modeling, data analysis, parametric optimization)
Finite Element Analysis (FEA)
Computational Fluid Dynamics (CFD)
COMSOL Multiphysics (fluid-structure interaction)
Trade studies and system design
Embedded & Controls
Arduino (C++)
Python (beginner)
Sensor integration
Brushless motor and ESC control
Test & Verification
Functional test execution
Thrust testing and structural evaluation
Test procedure development
Iterative hardware redesign based on test data
Performance data analysis
Engineering Documentation
Technical writing and engineering communication
Requirements analysis and test documentation
Work instructions
LaTeX (Overleaf)
Languages
English (fluent)
Spanish (fluent)
New Mexico Institute of Mining and Technology
Master of Science in Mechanical Engineering
Specialization: Mechatronics Systems & Robotics
New Mexico Institute of Mining and Technology
Bachelor of Science in Mechanical Engineering
I personalized my graduation cap with the phrase “Engineers make dreams a reality” in Spanish — a nod to my Mexican American heritage and the motivation behind my path in engineering.
Bacterial Flagella-Inspired Robotics for Subsurface Ocean Exploration on Oceanic Worlds
As part of my graduate research at New Mexico Tech, I developed a flagella‑based propulsion concept for underwater robots capable of navigating the hidden oceans of icy moons. Through MATLAB and COMSOL simulations grounded in Antarctic Bottom Water properties, this work bridges biomimetic design with the challenges of planetary exploration.
HexSat: Detachable Net Casting Spider-Inspired Space Debris Removal Device Concept Design
As part of a multidisciplinary design team at New Mexico Tech, I helped develop HexSat, a biomimetic CubeSat inspired by the net‑casting Deinopidae spider. Designed for Rubicon’s Clear Constellation Competition and later published at AIAA SciTech 2023, HexSat uses a six‑wedge unfolding net mechanism to capture large orbital debris before safely deorbiting. The project integrates bioinspiration, spacecraft design, sensing, and mission planning to address the growing challenge of space debris in low Earth orbit.
Robot Combat Arena — SPARC‑Compliant 3 lb Battle Arena
I helped complete the construction of a portable, SPARC‑compliant combat robot arena for 3 lb robots, built for New Mexico Tech’s Mayhem Robotics Education Program. The arena features modular construction, polycarbonate safety windows, steel‑plated flooring, and overhead lighting designed for clear visibility during matches. It is now used for campus outreach and hands‑on STEM events.
The Color Slide — Automated Snack‑Dispensing Device
A prototype automated snack dispenser built using Arduino, pneumatics, sensors, and a custom mechanical design. The system moves a bowl into position, rotates a snack cup to dispense food, and returns the bowl automatically. Originally intended to detect an empty bowl using a color sensor, the device demonstrates integrated control of motors, solenoids, LEDs, and pneumatic actuation.
I’m actively seeking opportunities in mechanical design, R&D, or systems engineering—especially in aerospace, robotics, or motorsports. With a background in robotics research, modeling, and hands‑on prototyping, I’m ready to contribute to fast‑paced, high‑performance engineering teams or fully funded PhD programs in Europe or North America.
Phone: +1 - 505 - 999 - 9169
Email: leo.meoso25@gmail.com
LinkedIn: https://www.linkedin.com/in/leonor-merino-osornio-3aa8a62ab