Neeharika Goyal

->Spearheaded the development and implementation of multiplayer features for the Robot Race project, ensuring seamless, real-time gameplay for users. ->Mentored and guided team members, providing insights into best practices for multiplayer game development and debugging techniques. ->Conducted code reviews and optimized existing code, resulting in improved system efficiency and reduced latency in multiplayer interactions. ->Facilitated cross-functional communication with other project teams to align on shared goals and address technical challenges proactively. ->Actively contributed to team strategy and design discussions, driving innovation and enhancing the overall user experience. ->Utilized project management tools and methodologies to track progress, identify roadblocks, and ensure timely delivery of milestones.

-> Spearheaded collaborative tasks on a research project studying the extraction of crucial metadata from gameplay videos through the application of machine learning techniques in computer vision. Implemented Kanban board and Gantt charts for project management and planning efforts. -> Contributing in 'Robot Race,' a multiplayer racing game using Unity and C# while utilizing Height to manage project progress.

-> Conducted a high-level overview of existing gaming genres in the market. -> Performed an in-depth analysis of a chosen game genre, focusing on game mechanisms, KPIs, revenue models, and player psychology. -> Summarized research and presented key findings and recommendations to Mobalytics for market expansion opportunities.

-> Study on diversity and inclusion across entertainment and media industries; Project in partnership with Adobe. -> Study on Women in Music; with Spotify

Social media content audit to study diversity and inclusion in partnership with Snap Inc.

-> Worked as a Software Developer for Network Rail, UK. Network Rail provides a safe, reliable experience for the millions using Europe's fastest-growing railway each and every day. Signals generated from sensors on the railway track are received and manipulated in Wonderware backend scripts to generate alarms and notify the operator through the frontend application. My Roles in the above were as follows: • 1+ years of experience in development and deployment using Wonderware Archestra IDE. • Requirement Elicitation and Client Communication ensuring timely submission of the deliverables while maintaining Industry standards. • Worked on UI integration with backend as a developer. • Designed multiple tables, Stored Procedures in MS SQL Server 2016. • Worked on DB activities like DDL,DML,DCL,TCL • Created scripts using c#, quickscipt to develop multiple functionality required by the client. • Created attributes for different assets in IDE used to manipulate signals from sensors. • Worked on complete functionality development of an asset. • Worked in a cross-functional team as a backend developer and UX designer. • Worked as a UX researcher on InTouch OMI (front end) to develop graphic symbols for GUI. • Proficient in using Stored Procedures to fetch/display data on OMI screens. (Creating SQL connection with Wonderware) • Executed test cases to check the functionality of all the developed assets for internal functional testing.

Worked on API Integration

CSCI 570:Analysis of Algorithms Recursion, Fourier transform ordering, and dynamic programming for efficient algorithm construction: arithmetic, algebraic, graph, pattern matching, sorting, searching algorithms. CSCI 585:Database Systems Database system architecture; conceptual database models CSCI 571: Web Technologies Advanced study of programming languages with application to the Web; for client-side and server-side processing: HTML, Java, JavaScript, Angular, NodeJS, XML, others. CSCI 526: Advanced Mobile Devices and Game Consoles Explore the complex engineering process required to design and build a real-time graphics engine to support physical realism on mobile devices using Unity. CSCI 544: Applied Natural Language Processing Human language technologies, information extraction, sentiment analysis, question answering, machine translation. CSCI 572: Information Retrieval and Web Search Engines Search engines; web crawling, indexing, querying, quality of results are studied.