Sean Keene Email & Phone Number

Worked with GIS, relational, and graph databases to design and document an ETL process to convert utility GIS data into a real, working distribution system model in OpenDSS. Developed methods and strategies to synthesize missing and incorrect data to tackle the "GIGO" problem and create a more accurate model.Performed extensive troubleshooting and validation of DSS files, graph and relational data, and the underlying model. Leveraged AI tools to rapidly generate dozens of one-off scripts for individual testing and repairs of the graph database. Collaborated with PNNL to design and implement tools for static and dynamic hosting capacity analysis, impact analysis for PV and EV projects, and grid upgrade costing analysis. Worked with front end developers to ensure the right useful data is provided to the user, while troubleshooting issues that arose with the backend.Developed a method to use existing synthetic building load databases and real estate data to provide highly representative, granular load data even in the absence of AMI, allowing for Dynamic Hosting Capacity Analysis up to 8760 hours of the year.

Independently developed software Test Procedures for Portland State University Power Lab’s Energy Grid of Things project, covering 50 Product Requirements for 9 different systems.Developed understanding of the inner workings of each system in order to identify test interfaces. This involved becoming familiar with C++, HTTPS, IEEE 2030.5 and CTA 2045 standards, Entity Component System architectural patterns, and the purpose of Trust Models.Created documentation that implemented a repeatable validation process, with each test designed to be easily automatable.Developed automated tests using Behavior Driven Development, led planning meetings, and implemented tests using the behave Python library.

Portland, Oregon, United States

In association with industry partners and under a Department of Energy grant, assisted with development of the Energy Grid of Things (EGoT) system. As a collaborator, designed and developed the Modeling Environment: an object-oriented system built on the GridAPPS-D platform to provide grid modeling, DER representation, and real-time input and outputs to support testing of a DERMS. Was responsible for product brainstorming, specification, test plan development, design documentation, implementation profile, development timelines, and programming and troubleshooting of the system in Python. Collaborated with industry partners to develop GridAPPS-D proficiency and improve documentation and implementation processes. Collaborated with fellow researchers to develop functional on-the-fly APIs between our systems.Authored or coauthored multiple journal articles in various stages of the publication process, on topics such as frequency event detection algorithms, GridAPPS-D program development, and an in-progress Systematic Literature Review gathering the state of the art of non-corporate Distributed Energy Resource Aggregation system architectures.

Portland, Oregon, United States

Developed a series of videos and live streamed events to support the PSU Electrical and Computer Engineering Department. Wrote, directed, filmed and edited a series of videos for the Power Lab that were designed to replicate the hands on lab experience during the COVID-19 quarantine. This videos were well received by students and faculty, leading to my hiring as a director for the ECE department's 2020-2021 Graduation Celebration.The 2020 Graduation Celebration was a YouTube video. My responsibilities included planning, organization, management of graphics designers and other personnel, providing instruction to participants to self-record videos, gathering audio, and performing all video editing tasks. The 2021 graduation was similar in structure to 2020, but was performed live; my responsibilities grew to include coordination with the Office of Information Technology to provide live streaming services, development of a live event script and itinerary, and real-time direction of speakers.All videos were developed under an extremely tight timeline, with little access to equipment or locations and no access to personnel due to quarantine. No budget was available other than hourly pay. Production was successful, professional, and on time.

Portland, Oregon Area

Supervised development of a synchrophasor-based frequency response event detection system as a solo worker, capstone team leader, and technical advisor for multiple teams. Designed, documented, and developed a real-time, object-oriented DER aggregation modeling environment based on the Pacific Northwest National Laboratory's GridAPPS-D platform. Programmed in Python, Structured Text (Pascal), MATLAB, and LaTeX, and utilized version control systems (Git) in collaboration with team members on associated projects. Utilized the SCRUM management system, including Scrum Master and training duties. Utilized technical expertise to troubleshoot lab equipment and provide electrical safety/tagout training.

Master Of Science - Ms, Electrical And Computer Engineering

Bachelor Of Science - Bs, Electrical Engineering/Power Systems

Bachelor Of Arts - Ba, Cinematography And Film/Video Production