Evan J. Weiler

evanjweiler@gmail.com – (909) 575-7207 – www.linkedin.com/in/evan-weiler

Education

The University of Arizona

Tucson, AZ

Major: Electrical and Computer Engineering Cumulative GPA: 3.46

Minor: Mathematics

Graduating Class: May 2019 with a Bachelor of Science

Work

Experience

Boeing Commercial Airplanes

Everett

Software Engineer

7.2019

–

Present

 Design and implement network interface modeling and occurrence modeling capability in a Spring MVC project

using test driven development in an agile team environment

 Develop unit and integration tests to ensure proper code coverage and maintain expected functionality according to

project requirements

 Establish query capability between the open-source MMS (Model Management Server) platform and a Marklogic

database with the use of SPARQL

 Aid in the design, development, and deployment of the DESE (Digital Environment for Systems Engineering)

enterprise-wide MBSE (Models-Based Systems Engineering) solution

Boeing

Defense Systems

Mesa

Systems

Engineer

(Intern)

.201

–

08.2018

 Assist in the design and development of the Apache AH-64 attack helicopter using computer-aided models and

design documents as a part of the MBSE effort

 Establish traceability between various attributes of the AH-64 computer model, including but not limited to linking

requirements to system functions that satisfy said requirements and linking safety hazards to system functions that

impact said safety hazards

University of Arizona

Athletic Department

Tucson, AZ

Audio & Lighting Technician

08.2015

–

06.2019

 Setup for, monitor, and troubleshoot various audio and lighting related tasks during University of Arizona athletic

events including but not limited to Basketball, Football, Baseball, Volleyball, Soccer, and Gymnastics



Work to improve the overall function of the athletic department and

its facilities by completing improvement projects

Other Experience

Arizona Autonomous Vehicles Club

Tucson, AZ

Avionics

Team

09.2017

–

06.2019

 Cooperate with a diverse team of students in the completion and operation of an autonomous aerial vehicle in

preparation for an international competition in June (AUVSI-SUAS)

 Facilitate the programming and configuration of the ground-based client that gathers and parses information from a

local server pertaining to the current state of the aircraft and flight area

Projects

Three-Dimensional Position Reconstruction

Python

 Developed a lightweight three-dimensional reconstruction algorithm using low-cost equipment for use in assistive

technology applications, specifically for a compliant robotic arm to find the position of a human mouth in 3D-space

using computer vision

MIPS General-Purpose Processor

Verilog/FPGA, Board: Xilinix Artix-7 (XC7A100T)



Designed, programmed, and implemented a datap

th on the Xilinix Artix

7 FPGA board to the MIPS standard

Skills

Programming

 Languages: Java, C/C++, HTML/CSS/Javascript, Python, Verilog, SPARQL

 Technologies: Spring, Maven, Gradle, JUnit/Mockito, Angular, ReactJS, NodeJS/Express, MongoDB, MMS,

Marklogic, Git

Computer Applications

/Environments

 Visual Studio (C/C++), VSCode (Python/Web Development), Vivado (Verilog), Eclipse, IntelliJ (Java), Ubuntu (Linux)

 NoMagic Cameo, IBM Rational Rhapsody, Rational DOORS, Rational Publishing Engine

Hardware



Beaglebone Black, Raspberry Pi

, Arduino Uno

, Ar

uino Mega

, Xilinix & Altera FPGA