As a current Software and Games Developer at the School of Manufacturing Systems and Networks, I work on the venture project between ASU MSN and Los Alamos National Laboratory(LANL):Developing and implementing efficient and optimized C++ code for game programming, focusing on enhancing both performance and user experience.Innovating in sound design by crafting and integrating distinctive audio elements that synchronize harmoniously with game designs and storylines, contributing to a cohesive and immersive gaming experience.Designing and conceptualizing engaging game levels and environments, employing a blend of creative vision and technical expertise to create dynamic worlds that enrich player immersion and narrative depth.Collaborating within a cross-functional team to contribute to the development of trainable design modules, aiming to revolutionize workforce development and training in the manufacturing sector.

Collaborated with the team, DJs, musicians and music enthusiasts to plan and execute events, including concerts and festivals. Managed social media, facilitated workshops, and trained members to enhance their technical skills and creativity. Gained leadership and event planning experience while contributing to a vibrant music scene at ASU.

Created and administered Energy and Power Solutions and analyzed data for sponsored projects.Developed 2D & 3D scannable trainings for Microgrid and Electrical subsystems using AR and VR in Unity.Assisted in Microgrid Training activities that included Content Development and Microgrid and Hardware Integration.

Worked as a Community Assistant, a highly appreciated and competitive job position where I worked with the University Housing Department and helped students with everything they needed. Led them to events and designed and crafted posters, doordecks and fliers to enhance engagement.

Led the Team Shonto Solar in a Scrum Project Management style with other Leads and Members.Built the electronic interface and the backend to it.Designed a better and efficient product to maximize utility with minimal use of resources.