Objective:
To obtain a challenging full-time position in the design, manufacturing or quality sectors, where my problem-solving and interpersonal skills can be applied to improve the organization and myself.
Education:
• Masters of Science in Systems Engineering, Florida Institute of Technology, July 2015 – GPA: 3.57
o Thesis: Investigating the Effects of Vibration on Image Noise in UAS Applications
• Bachelor of Science in Aerospace Engineering, Florida Institute of Technology, May 2014 – GPA: 3.32
Skills:
Technical: Microsoft Word, Excel, Powerpoint, Visio, Project, Access & Outlook, MATLAB, DataFit, Statistics, MiniTab, JMP, ARENA Simulation, CAD, Creo, Solidworks, ANSYS, LabVIEW, RHEL, Windows & Linux Administration, VMware, Arcserve, High Performance Computing, Simulation, Stochastic Modelling, Optimization (Linear & non-linear), Life Cycle Cost Estimation, Requirements Engineering, Discrete Event Simulation
Programming: C, C++, MPI, MP, MATLAB, Bash, Shell Scripting, Arduino
Languages: English, French, Portuguese, Taiwanese (Min Nan Hua), Chinese (Mandarin), Hiligaynon, Tagalog
Experience:
Research Assistant - Transportation Systems Engineering Research (TSER) Lab, Florida Institute of Technology 08/2014 – 07/2015
• Conducted research on various Unmanned Aerial Systems (UAS) topics including applications, model choice, deployment, testing and other related topics
• Assisted in research and tasks required under a grant from the Florida Department of Transportation concerning the use of UAS in bridge inspection and high mast lighting (HML)
• Maintained familiarity with Title 14 CFR for UAS Applications
• Developed frameworks and operational standards for various UAS applications
o Including operational safety standards and certification requirements under Federal Aviation Regulations/14 CFR and Section 333 Guidance
• Provided assistance on class labs for SYS5350 Systems Modeling and Analysis using Rockwell’s ARENA
• Utilized various sensors, including LIDAR systems complemented with elementary image processing techniques
Co-author - Florida Department of Transportation Grant: BDV28 977-02; Proof of Concept for Using Unmanned Aerial Vehicles for High Mast Pole and Bridge Inspections 08/2014 - 07/2015
• http://www.dot.state.fl.us/research-center/Completed_Proj/Summary_MNT/FDOT-BDV28-977-02-rpt.pdf
• Co-authored, providing technical analysis through a series of experiments using multi-rotor platforms and various types of optical systems
• Participated in various testing implementations for various requirements
• Identified and summarized legal constraints and obligations of both public and private use of multi-rotor platforms in structural inspections
• Facilitated flight and inspection demonstrations for the FDOT and stakeholders and ensured operational safety
Student System Administrator - Enterprise Systems, Florida Institute of Technology 05/2013 – 07/2015
• Managed and maintained the BlueShark.fit.edu 63-node Beowulf research cluster and other servers
• Provided documentation for various server administration procedures and server deployments
• Compiled and set up various compilers, such as GCC, netCDF, MPICH, OpenMPI, PGI and troubleshoot individual cases, creating simulation studies, including WRF, SDT, P/ADCIRC, Gaussian, ANSYS Fluent
• Supported the campus, student and faculty, in the usage of cluster and other Linux server systems
• Provided RHEL/CENTOS System Administration
• Facilitated secondary backup for the university using Arcserve
Aerodynamics Engineer and Budget Officer - Adaptive Inlet Guide Vane Team (IGV) 01/2013 – 05/2014
Best in Show Award in Aerospace Engineering (Senior...
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