BRENT HANOVER
1234 W 5th Avenue. Vancouver, BC, V6E 5E3
Phone: 604 722 6014
Email: brenthanover@gmail.com

OBJECTIVE
A fall software development internship for a well-established technology company

TECHNICAL SKILLS

Java, Python, C, R, HTML, CSS, Javascript. Solidworks, AutoCAD, NX, Adept, Office. IntelliJ, JUnit testing, Node.js. Bootstrap, React, jQuery. Sheet metal, 3D printing, machining, CNC, casting. Git, Firebase, Agile/Scrum, Lean, Six Sigma.

EDUCATION

Bachelors of Applied Science: Mechanical Engineering. University of British Columbia. Dean’s List. 2010 – 2015

Bachelors of Computer Science. University of British Columbia. 4.0 GPA. 2018 – 2020

WORK EXPERIENCE

Signify, 2015  – Present. Manufacturing Engineer. Lead engineer for new product introduction to the factory, making up over 25% of yearly sales. Taught 4-12 person training sessions in lean manufacturing, leading to factory’s Six Sigma certification. Mechanical design of jigs, fixtures, multi-model assembly benches, value streams, fabrication cells. Cost saving initiatives exceeding $170k/year, reduced cardboard waste by over 1 000 000ft²/year. Meticulous standard work documentation lead to 99% on time delivery, reduced defects to negligible levels

UBC Engineering Earthquake Research Facility, 2013 – 2015. Engineering Laboratory Technician. Performed destructive earthquake shake-table tests to validate retrofit methods of protecting BC schools. Installed early-warning earthquake sensors in schools which provides a 13-16 second earthquake warning. Performed destructive yield-analysis tests on metal trusses and strapping, concrete forms and walls

PROJECTS

BCS Hackathon 2019 – Haven, March 2019. Created a web application using Node, React to relay information on safe injection sites, shelters. Incorporated a Firebase database to show real-time capacity updates for homeless shelters. Programmed NSC tags to be distributed downtown for phone-tap access to web application

Tetris, March 2019. Recreated classic game in Java using a JFrame GUI, tested with JUnit testing. Used JSON objects to save game data to disk, parsed JSON data to load state from file. Introduced levels that increase difficulty, tracked scoring, incorporated music and sound effects

Flappy Bird, February 2019. Remade Flappy Bird in Java using a JFrame GUI. User dodges oncoming obstacles by jumping. User saves high score and game state to disk, loads high score and game state by parsing text file

REFERENCES

Available upon request