Ronald Dean R. Allado
ADDRESS: ***** ****** ****, ****** ******, FL 333543 Email: ***********@**.***.*** Phone: 813-***-****
Objective: To impact patients by utilizing my robotics and research background in an orthopaedic company
EDUCATION
Double Major: B.S. in Biomedical Engineering and B.S. in STEM Education May 2018
Minor: Nanoscience/Nanotechnology
Florida Institute of Technology / Oxford University (Study Abroad Program) Melbourne, FL / Oxford, UK
GPA: 3.50 / 4.00
SKILLS
-CAD Related: Autodesk Inventor, SOLIDWORKS, COMSOL, Cura, Makerbot Print, Simulink, ANSYS
-Fabrication: Mill, Laser Cutter, 3d Printing, Soldering, Lathe, Drill Press, Band Saw, Electrospinning
-Code Related: Python, MATLAB, LabVIEW, Simulink Robot C, PROSe
-Characterization: Scanning Electron Microscopy (SEM), Tensile/Compression Testers, Multimeters
WORK EXPERIENCE
Research Assistant: Methods to Develop Small-Diameter Vascular Grafts Aug 2015-May 2018
Florida Institute of Technology Melbourne, FL
-Designed, fabricated, and developed a perfusion bioreactor using Autodesk Inventor, mills, lathes, and other tools
-Synthesized, crosslinked, and lyophilized hydrogel scaffolds for a channel generation and perfusion processes
-Passaged endothelial cells and fibroblast with aseptic technique for use in hydrogel scaffolds
-Characterized materials with SEM, TEM, AFM, STM, confocal, chemisorption, ultrasound, and raman
Apprentice Teacher: Engineering I and II Jan 2018-Apr 2018
Palm Bay High School Melbourne, FL
-Taught students how to use stationary tools, SOLIDWORKS, multimeters, soldering irons, and public speaking
-Collaborated with students and teachers to address problems and improve classroom efficiency
-Assisted students in defining problems, solutions, and processes to address various engineering scenarios
-Maintained and coordinated the tools and materials necessary to assemble class machines
Research Assistant: Fabrication of Conductive Polymer Nanofibers May 2017-Aug 2017
NSF Research Experience for Undergraduates program Glassboro, NJ
-Communicated and collaborated with colleagues to model and 3D print lab tools with Autodesk Inventor and Cura
-Developed and tested prototype 3D printed components and electrospinning protocols
-Electrospun polyaniline/polycaprolactone fibers with hexafluoroisopropanol, chloroform, and dimethylformamide
-Characterized nanomaterials with SEM, FTIR/polarized FTIR, light microscopy, mechanical testers, and MATLAB
Contractor: Programming and Modifying a 5 Degree of Freedom Robot Arm May 2016-Aug 2016
Plan 9 Inc Melbourne, FL
-Self-taught Python to program a robot arm to move with 0.001 and 0.01mm accuracy in less than a second
-Laser cut, 3D printed, designed parts, created assemblies, and performed stress analysis tests with SOLIDWORKS
-Soldered, stripped, crimped, and insulated wires for devices and inspected work with multimeters and oscilloscopes
SENIOR DESIGN PROJECTS
Senior Design Project: Conductive Polymer Knee Sleeve to Prevent ACL Injuries Apr 2017-Apr 2018
Florida Institute of Technology Melbourne, FL
-Designed and 3D printed an intelligent knee sleeve with Autodesk Inventor and soldered electrical components
-Collaborated with clients and supervisors to verify appropriate solutions to products and processes
-Predicted engineering problems and propose solutions backed through published research and/or calculations
Senior Design Project: Exoskeleton to Reduce Muscle/Bone Loss in Space Sep 2016-Feb 2017
Florida Institute of Technology Melbourne, FL
-Designed lower extremity exoskeletons to minimizes muscle loss in microgravity with Autodesk Inventor
-Facilitated discussion through proposing usable components, design alternatives, and identifying pros/cons of ideas
-Analyzed datasheets to determine possible load cells, encoders, motors, and linear actuators
ACTIVITIES / LEADERSHIP / VOLUNTEER EXPERIENCE
Robotics Competitions: Vex U/IEEE SECON/Vex/FTC/FRC/Robofest/IRL Aug 2010- Present
Florida Institute of Technology / Palm Bay High School / Hillsborough High School Melbourne, FL / Tampa, FL
-Design, render, and develop robots with Autodesk Inventor, SOLIDWORKS, ANSYS, and Machine Shop Tools
-Mentor over 40 students on mechanical, electrical, programming, administrative, and communication skills
-Mediate conflicts among students as well as parents to ensure smooth team dynamic throughout the season