As an AI Software Developer at Neurocraft, I have created and implemented advanced solutions to streamline machinist operations and enhance data visualization.Key Responsibilities and Achievements:Form Application Development:Designed and deployed a form application using Azure Static Sites to collect and manage daily machinist log data efficiently.Power BI Dashboard Creation:Developed a dynamic Power BI dashboard to visualize daily machinist log data, providing clear insights into machine performance and operational efficiency.Comprehensive Dashboard Implementation:Leveraged Azure services, including Microsoft Fabric, OneLake, and Power BI, to build a robust dashboard for tracking machine operations. This dashboard captures key metrics such as production output by operator, setup and machining time, and machine downtime.Automated Report Generation:Created a digital system for generating detailed wear and tear reports during tool disassembly. This system includes automated maintenance recommendations, significantly improving the decision-making process for machine maintenance.

Key Responsibilities and Achievements:Development Cycle Guide Creation:Created a comprehensive development cycle guide leveraging GitHub for effective code development and release management.Python Common Code Framework Development:Developed a Python common code framework to simplify database connections to Oracle and Teradata systems, evolving the existing SAS legacy code.Monthly Dashboard Development:Built a monthly dashboard connecting SQL databases to Power BI to display enterprise customer risk ratings by location, providing clear insights for risk management.Collaboration and Efficiency Improvement:Collaborated with cross-functional teams to streamline processes and enhance operational efficiency, resulting in improved performance metrics.Throughout my tenure at Wells Fargo, I successfully utilized my skills in Python, SQL, and Power BI to drive data analytics and reporting initiatives, contributing to better risk assessment and decision-making processes.

Key Responsibilities and Achievements:Instruction in Advanced AI Topics:Provided instruction in AI programming, emphasizing machine learning, deep learning with TensorFlow and Keras, and ethical AI practices.Special Focus on Transformers and Neural Networks:Delivered detailed lessons on transformers and neural network architectures, ensuring students gain a deep understanding of these critical components in modern AI.Interactive Learning Experiences:Designed interactive learning modules and assessments focused on data modeling, natural language processing (NLP), and emerging AI technologies, fostering innovation and critical thinking in AI applications.Project Guidance:Assisted students in building weekly mini-projects and larger group projects, guiding them to apply prediction techniques, machine learning models, and data analysis skills.Throughout my tenure, I have been dedicated to equipping students with the critical skills necessary for AI development, emphasizing the importance of transformers and neural networks in modern AI solutions.

Performed UAT testing and analysis of SWIFT messages in order to ensure accuracy and identify errors proactively and communicate with multiple teams utilizing SWIFT messaging

Derivative Collateral Management analystProcessed margin calls on OTC derivativesPerformed portfolio reconciliation analyses between 100+ counterpartiesWorked with 35+ softwaresCreated process maps, workflows, and step by step procedural training guide

Provided fee-based financial planning and/or financial advice on traditional and Roth IRAs, mutual funds, fixed and variable annuities, retail brokerage, life insurance, disability income insurance, long-term care strategies, retirement income planning, education funding options, trust services, business owner solutions, charitable giving solutions, and managed account services.

Assist and communicate with patronsRecord space usage data as part of project to find optimal library workspaces

Trained employees the production line techniques for fabricating screen doors. I checked for quality and fixed inefficiencies with the line’s production and crew.