Some of My Work at NASA and Elsewhere

I am a Software Engineer at NASA’s Johnson Space Center (JSC), where I work on systems that support human space exploration on the International Space Station (ISS) and the Artemis programs. I am a Lead Developer and Product Owner on the EVA Mission System Software (EMSS) team, a joint effort between the Astromaterials Research and Exploration Science Division and the Flight Operations Directorate. Our team develops software that supports the flight operations community as we continue to operate the ISS and build up Artemis operations. I am a contractor under the Amentum/JETS2 contract.

My road to NASA is a pretty unlikely one. I’ve told some of the story of how I got there in this blog post, but it boils down to making things because I want to; not because I’ve been hired to.

Table of Contents

Things I have done at NASA

(As of 2025)

Contextual Operations Data Activation (CODA)

An internal NASA application that temporally consolidates data from mission, training, and testing data into an exploratory web-based platform. NASA flight controllers use it to re-live and analyze moments on the International Space Station (ISS). Mission context is created by introducing a new way to navigate large amounts of cross-disciplinary data which are traditionally siloed by abstracting away the concept of the individual data file and allows users to move fluidly through an event. Link to paper

Artemis Extravehicular Activity Geographical Information System (AEGIS)

An internal NASA planning tool aimed at enabling NASA’s Artemis Extra-Vehicular Activity (EVA) operations. AEGIS integrates Science Traceability Matrix (STM) objectives with spatial maps to help the flight controller community to maximize the coverage of science objectives in the dynamic environment of lunar EVAs. AEGIS also supports the creation of EVA stations, complete with activity definitions, crew assignments, contingency plans, and safety measures. AEGIS facilitates EVA planning by automating complex calculations and offering a spatiotemporal view of EVA plans. The product’s goal is to enable flight controllers to execute successful missions. Link to paper

Astromaterials 3D

An initiative that uses advanced imaging and 3D modeling to digitally preserve and share high-resolution, interactive models of lunar and meteorite samples from NASA’s astromaterials collection. By combining scientific imaging techniques with artistic visualization, the project enables researchers, educators, and the public to explore these rare extraterrestrial materials in unprecedented detail, fostering broader engagement and scientific discovery. Public Website

Talky-Bot

A system that actively listens to the four space-to-ground comm loops from the ISS and provides NASA flight controllers with real-time transcription and translation including on-demand playback of every utterance spoken.

Preservation of Apollo History

ApolloInRealTime.org

A personal passion project to restore NASA’s historical records with the aim of creating a real-time experience of several Apollo missions. I spent years of evenings and weekends researching, reconstructing archival material, and building a website that allows the public to experience the material in a new way, which led to being hired at NASA in 2017. This project started with the restoration of Apollo 17, which is outlined in a series of blog posts, here.

Case study video:

Media coverage:

• CTV television interview
• Yahoo News
• Gizmodo
• Project Apollo 17 might be the most impressive interactive experience on the Internet
• Reddit
• 阿波罗17号月球之旅-Apollo 17 in Real-time
• با پروژه «آپولو 17» سفر به ماه را تجربه کنید

Mission Operations Control Room Restoration

I led the development of the visitor experience at the Apollo Mission Control National Historical Landmark at NASA Johnson Space Center. The visitor experience makes extensive use of restored historical media and meticulous reproductions to recreate the Apollo 11 mission events exactly as they unfolded. This immersive project allows visitors to relive one of humanity’s greatest achievements, highlighting the teamwork and ingenuity of the Apollo program.

This ambitious project was part of a $5 million restoration effort to return the Mission Operations Control Room (MOCR) to its exact configuration during the Apollo 11 mission. It involved extensive research and collaboration to ensure every detail matched its 1969 appearance, preserving the exact details of the first lunar landing.

For more about the restoration project, visit the Apollo Mission Control Restoration page.

Apollo 11 IMAX Film

I served as the Audio Restoration Lead and a Historical Consultant on several projects:

• 2024 - Apollo 13 Survival (Netflix Feature)
• 2021 - Apollo 11 Quarantine (Short)
• 2019 - Apollo 11 (IMAX Feature)
• 2016 - The Last Steps (Short)

I lead the development of a novel technique to restore historical mission audio of the Apollo missions, removing severe time-based distortion from historical tapes. This restored material enabled the film team to mine 11,000 hours of mission control audio for use in the film. All of the restored material is now available on my sister project, ApolloInRealTime.org.

As a historical consultant, I provided feedback on concepts and edits as film production progressed. I advocated for historical accuracy and suggested alternate approaches to help present events as they actually occurred.

Apollo 11 film received numerous awards. The list below are the awards directly stemming from my audio restoration work:

Awards and Recognition

I am deeply honored to have received recognition for my work internally at NASA and also from a wide variety of institutions and award shows, celebrating contributions that span innovation, technical excellence, creative storytelling, and historical preservation.

Publications and Articles

This selection of publications showcases my contributions to space exploration, software systems, and historical storytelling. Spanning peer-reviewed articles, conference presentations, and media features, these works highlight advancements in lunar operations, real-time decision-making, and preserving Apollo’s legacy.

Public Speaking

I have had the honor of being invited to speak at several conferences ranging from the NASA Exploration Science Forum, The Lunar and Planetary Science Conference, and creative conferences such as FITC.

I engage in private speaking events, providing inspiration and guidance to organizations interested in hearing about topics such as creating engaging interactive experiences and my unlikely journey to NASA.

My position at NASA has led to many opportunities to speak to classrooms of students of all ages, which I enjoy immensely.

I’m always excited to explore new opportunities to share my experiences and insights.

Background

I hold an Hon. B.A. in Computer Studies and English Literature from Trent University.

Before joining NASA, I worked in the private sector designing interactive experiences and leading technology teams in the creative marketing industry.