I Wanna Be A Game Dev!• Developing Visual Novel & RPG gameplay to show players a hard-hitting, relatable narrativeCreating tools to increase design efficiency and usability, as well as creating robust save and weather systems• Designing and Programming the narrative, economy, gameplay loop, and minigames to enhance the game’s main theme• Managing a global team of 10 people, using Agile development, SCRUM, and Kanban techniques• Accepted into the Boston Festival of Indie Games in 2024Teddy and Me• Founded a student-led studio that developed Teddy and Me, a platforming-based social impact game focused on presenting players with the realities of Nightmare Disorder• Building dynamic, dramatic visual effects that immerse the player in the nightmares the main character experiences• Learning lighting, post-processing, and visual effects graphs in Unity as well as enemy AI in C#• Accepted into the Boston Festival of Indie Games in 2022

Working under Northeastern professor Brandon Sichling to develop a tactics-based game that focuses on motivations behind and the relationships that are built during war. Leading team of 5 that works on the combat aspects of the game. Utilizing graph, pathfinding, and abstraction techniques to create a complex yet easy to understand turn-based system. Learning advanced C#, interdisciplinary teamwork, and 3D development in Unity. Accepted into the Boston Festival of Indie Games in 2021 & 2022 and Made In MA at PAX East 2023.

• Restructuring a game’s frontend and logic from React to Vue 2 to port it from the web to an android tablet• Writing platform specific Typescript code to play audio, load assets, and handle app closures on an android tablet• Developing memory efficient code to prevent memory leaks and allow for smooth gameplay for hours on an old device

• Having hands-on experiences extending industry level C# code on VR games utilizing procedural generation, location data, and online networking to provide distinctive, Game Award nominated online multiplayer gaming experiences• Crafting architecture and implementing systems in C# for minigames, dynamic lighting, throwing, & networked interaction• Developing code for the Enemy Systems, First-Time User Interface, and Intractable Systems more immersive for users• Using concepts like 3D math, networking, and OOAD principles to solve high priority bugs and create features• Utilizing an architecture that reduces dependencies between scripts and objects, minimizing singleton use in Unity• Developing for the core Engineering Team that utilizes source control and Agile development to meet tight deadlines• Credited on Among Us VR, Cloudbreakers (https://schellgames.com/portfolio/cloudbreakers), & an Unannounced Project

• Having hands-on experiences extending industry level C# code on VR games utilizing procedural generation, location data, and online networking to provide distinctive, Game Award nominated online multiplayer gaming experiences• Crafting architecture and implementing systems in C# for minigames, dynamic lighting, throwing, & networked interaction• Developing code for the Enemy Systems, First-Time User Interface, and Intractable Systems more immersive for users• Using concepts like 3D math, networking, and OOAD principles to solve high priority bugs and create features• Utilizing an architecture that reduces dependencies between scripts and objects, minimizing singleton use in Unity• Developing for the core Engineering Team that utilizes source control and Agile development to meet tight deadlines• Credited on Among Us VR, Cloudbreakers (https://schellgames.com/portfolio/cloudbreakers), & an Unannounced Project

Selectively chosen with 14 other applicants to create and lead tours and activities at the museum. Researched and analyzed the significance and connections between various artifacts at the museum. Developed and employed skills to interact with tourists and evaluate their feedback. Drafted the tours' outlines; developed a tour and activity catered to families. Presented and submitted a tour and activity plan to the program director.