- Spearheaded weekly staff meetings to set objectives in order to execute seamless class and project flow- Utilized Kanban and Scrum methodologies to organize teaching team tasks and improve class experience- Consistently anticipated class needs and proactively communicated with the teaching team to meet them- Led weekly studio activities and mentored 16 students throughout 10 weeks, from user discovery to a final product pitch and product requirements document

Under the Tactical Advancements for the Next Generation (TANG) Team:- Applied human-centered design and design thinking methodologies to understand warfighter needs, capture ideas, and integrate feedback into the design of mission-critical solutions- Leveraged XR as a design tool to craft immersive, user-driven solutions for the U.S. Navy’s warfighters- Developed custom networked interactions and avatars using Unity Netcode for GameObjects and Meta XR SDK- Facilitated VR… Show more Under the Tactical Advancements for the Next Generation (TANG) Team:- Applied human-centered design and design thinking methodologies to understand warfighter needs, capture ideas, and integrate feedback into the design of mission-critical solutions- Leveraged XR as a design tool to craft immersive, user-driven solutions for the U.S. Navy’s warfighters- Developed custom networked interactions and avatars using Unity Netcode for GameObjects and Meta XR SDK- Facilitated VR demonstrations to 40 participants for a program design event Show less

- Led section lecture and activities on product management frameworks and concepts such as the Business Model Canvas, One-Pager, and Project Requirements Document- Provided feedback and support to 20 students on their projects throughout 10 weeks to design a business plan and product idea for companies across food, digital technology, energy, and hardware industries- Efficiently resolved student conflicts with fellow teaching assistants- Co-developed class assignments and rubrics

Under the TANG Team: - Implemented custom VR interactions using the Oculus SDK to synthesize future surface bridge concepts- Presented previous GIS work under the XRCC Team at the 2023 JHU APL XR Symposium- Demonstrated project work to 50 guests and officials at the TANG Open House at the D.C. Navy Yard

- Adapted and ported "Virtual Becomes Reality" for the Oculus Quest 2 in Unity using Android Studio- Designed VR experiences alongside VHIL researchers using Blender, Unity, and Engage VR- Delivered weekly project updates

Under the XR Collaboration Center (XRCC):- Independently researched and assessed ArcGIS and Cesium for Unity- Researched full-body motion capture capabilities using HTC Vive VR equipment, Manus Polygon, and Unity- Simulated sensor activation/deactivation and detection in VR for a grant funded IRAD- Designed and implemented eye health exercises in VR using SteamVR and Tobii Eye Tracking SDK- Created custom 3D models and prints using GIMP, Inkscape, and Blender

- Analyzed 90 participants’ research data to study user engagement in VR- Led weekly meetings to discuss milestones and project tasks- Conducted lab tours to engage visitors and the Stanford community

- Designed a simulation to test the quality of a correlation-based approach for synthetic aperture radar (SAR) imaging, compared to traditional Doppler imaging- Collaborated with project mentor over 12 weeks in MATLab software to refine simulation results- Held weekly progress reports and successfully incorporated feedback from mentor and research group- Presented project work to 70+ members of the Stanford EE REU program during a virtual poster event- Final paper published, see… Show more - Designed a simulation to test the quality of a correlation-based approach for synthetic aperture radar (SAR) imaging, compared to traditional Doppler imaging- Collaborated with project mentor over 12 weeks in MATLab software to refine simulation results- Held weekly progress reports and successfully incorporated feedback from mentor and research group- Presented project work to 70+ members of the Stanford EE REU program during a virtual poster event- Final paper published, see here: https://ieeexplore.ieee.org/document/9553595 Show less

- Designed and created an interactive program that modeled trajectory and computed related measurements- Utilized MATLab and App Designer software to create a graphical user interface, displaying motion in 2D and 3D graphs, and visualizing output data- Extended project design by exploring 3D visualizations in Unity and 3D World Editor