Cody Griffith's Portfolio

Previous Roles

Click/tap the image to learn more about each role or icon to visit the company's homepage.

With a focus on UI/UX, I work to extend the web-end capabilities of a complicated identity management & identity governance solution.

Notable highlights:

Support web migration to new Angular framework while extending middle-ware Rest API with C#
Communicate with stakeholders to architect accessible UI/UX for data visualization and interactivity
Identify, motivate, and solve technical debt in testing & UI inconsistencies

Technologies used:

Angular Framework
Html/JS/CSS
C#
Azure DevOps (CI/CD)
RESTful APIs

Software Engineer Developer

One Identity
Dec 2021 - Current

Developed software to analyze Capillary Electrophoresis (CE) + Mass Spectrometry (MS) instrument data for intact protein characterization. The software went from concept to release as I progressed from a developer to product manager with UI/UX in mind.

Also expanded legacy embedded systems to meet customer requests for field instruments.

Technologies used:

Python (embedded)
Matlab
C++/Qt/Qml
TeamCity (CI/CD)
Flask (Behind VPN)

Algorithm Developer

908 Devices
Dec 2018 - Aug 2021

Through the Data Science for Social Good (DSSG), partnered with Microsoft and Surrey, BC to explore statistical relationships between chilhood vulnerability and academic/neighborhood resources.

Full report can be found here.

Shiny R dashboard can be found here.

Technologies used:

R programming
Postgre SQL

Research Scientist

Data Science for Social Good
May 2018 - Aug 2018

Projects

Click/tap the image to learn more about each project or the icon to view the pdf.

Through the Data Science for Social Good (DSSG), partnered with Microsoft and Surrey, BC to explore statistical relationships between chilhood vulnerability and academic/neighborhood resources.

Full report can be found here.

Shiny R dashboard can be found here.

DSSG

2018

PDF

We study the behavior of the thermohaline circulation. This circulation is responsible for moving water from around the globe and thus a model was created to understand how it functions. Work has previously been done on certain components of this model, but the analysis we provide is done around the less studied pieces known as the nonsmooth dynamics. We ultimately provide a solution to the non-smooth dynamics and even incorporate more mechanisms in the original model to account for a larger class of observable behavior. This allows for a better understanding of the thermohaline circulation and could help predict and prepare for sudden abrupt changes to the ocean currents that drive our climate.

UBC

2018

PDF

Partnered with GroundWork Denver to understand causes of increased E-Coli levels in a local river. Statistical kriging was used to analyze where significant hotspots existed and when. Results led to understanding a seasonal dam opening was the cause and aided in taking prevantative action.

ASA

2016

PDF

Properties of repeated application of linear transformations were explored with particular interest in convergent eigenspaces.

JSM

2016

PDF

An undergrad level tutorial on Stochastic Differential Equations (SDEs) was given as a capstone project in applied mathematics.

MSU Denver

2016

PDF

Probabilistic dynamics and queueing theory were used to understand a dual-capacity stochastic queue. This was then applied to a taxi stand which would have two lines form to serve one another.

MSU Denver

2015

PDF

Publications

Click/tap the icon to go to the article.

Griffith, C., Mathur, V., Lin, C. and Zhu, K. (2019). Understanding Childhood Vulnerability in The City of Surrey. [online] arXiv.org.

Budd, C., Griffith, C., & Kuske, R. (2021). Dynamic tipping in the non-smooth Stommel-box model, with fast oscillatory forcing. [online] sciencedirect.com