• Conducted a literature review and data analysis on over 150 academic papers to generate a reference that categorized the most targeted medical field in the last 10 years in medical multimodal deep learning. • Using LLMs, I designed and created a multi-modal VR system with C# Unity, ChatGPT API, and OpenXR, combining voice, gaze, and gesture modalities to extract data for developing and generating self-learning tools and templates. • Led experiments using a system in accordance with CITI Program protocols and regulations on volunteers to collect and analyze qualitative and quantitative data to enhance end-user experience, system performance, system functionalities, and development speed utilizing AI (developing a model that can create new reactions based on the collected data). • Used Python, Excel, Power BI to conduct quantitative and qualitative analysis to present visualizations of the results.

• Conducted in-depth interviews with clients to gather system requirements and documented them. • Designed and developed a Snowflake database system using Microsoft SQL Server. • Developed Procedures, Functions, and Triggers for SQL Server 2012. • Performed unit Testing, Integration testing, and coordinated with the Test Team and closed issues. • Automated data insertion from Excel files and performed data cleaning using SQL queries. • Designed and created a .NET web system utilizing HTML, CSS, JS, REST API and ASP.NET for the creation of a website that was used for ETL operations connected to the database and its related dashboards, increasing working efficiency by over 80%.

• Applied advanced mathematical algorithms to correct Radiosonde sensor data using .NET Core, transforming it into live weather forecasts that optimize airline flight path planning. • Developed tailored data extraction algorithms using .NET Core according to the specific needs of meteorology experts. • Designed an intuitive, interactive dashboard for data visualization and manipulation utilizing ASP.NET MVC, C#, and SQL Server which reduced operational costs by 50% and improved user engagement and decision-making. • Created and modified database objects such as tables, views, stored procedures, and triggers to support application functionality.