I am a Mechanical Engineer that is passionate about learning and further developing myself. Much of my career I have been fortunate to gain several experierences through vastly different internships and school projects.
I hope to continue learning and working hands on with projects. Research and development has been my passion and I would like to continue to create tommorows technologies.
23 years
Colorado Springs, Co
August 2015 to present
Disertation: “Development of a Transient Thrust Stand using System Identification and a Joint Input and State Kalman Filter”
August 2014 to May 2015
Thesis: “Development of the Dynamic Stereoscopic Long Range System to Analyze Collective Animal Behavior for Applications in the Control of Robotic Swarms”
August 2010 to June 2014
Cumulative GPA: 3.96
May 2015 to present
Investigated and developed optimization algorithms to speed up the convergence of complex missile scenarios and solve difficult multidimensional “black box” problems.
Implimented the optimization algorithms found during the investigation using C++ for use in the Trajectory Generator (TG).
Analyzed and fixed security flaws in the TG code using Fortify.
May 2012 to present
Designed and constructed a stereoscopic position measurement system capable of estimating the position of targets with less than 1 percent error at a ranges up to 250 meters.
Developed and Optimized an image processing algorithm which detects features within stereoscopic image pairs to increase accuracy and speed of the stereoscopic positioning system.
Summer 2014
Completed project impact assessments which included customer interfacing, system requirements analysis, and requirements development.
Summer 2013
Redesigned a jib hoist mounting system, using a finite element analysis, to provide a safe, cost efficient structure.
Created and maintained accurate riser diagrams of chilled water, hot water, and steam within the MDIOC to ensure that mission critical assests could be found.
Summer 2012
Used piping and instrument drawings and evaluated codes and standards, such as ASME and API, to perform calculations and provide support to the re-certification of the OSHA VPP Safety Star Certification.