At GBP, I significantly enhanced operational efficiency by leveraging Azure technologies. By integrating Azure Digital Twins with Azure Machine Learning, I achieved an 18% improvement in operational efficiency and a 20% reduction in downtime incidents. This was accomplished through advanced analytics and predictive modeling, which provided strategic insights to mitigate risks and optimize performance across the organization.

Through effective resource management and a hybrid storage approach, I realized a 35% improvement in data processing times and a 25% decrease in cloud infrastructure costs. Additionally, these strategies led to a 40% enhancement in data retrieval times, streamlining data operations and empowering teams with faster access to critical information necessary for decision-making.

In developing Azure-based BI solutions, I implemented automated data flows using Azure Logic Apps, resulting in a 40% increase in operational decision-making capabilities for time-series data. My ability to create RESTful APIs using Java and Spring Boot facilitated seamless integration with Azure services, enhancing data accessibility and overall workflow efficiency. The introduction of Docker for containerization improved deployment consistency, reducing setup times by 30% and ensuring scalable application deployments across various environments.

Throughout, I utilized a range of Azure services to drive success. Azure SQL and Azure Cosmos DB provided resilient data storage solutions, while Azure IoT Hub enabled real-time data ingestion from connected devices. By leveraging Azure Functions for automation, I streamlined tasks and improved system efficiency. My strategic application of Azure Resource Manager ensured optimal resource governance, and Azure Data Explorer empowered the team with rapid data analytics capabilities. Collectively, these contributions advanced the project's goals and positioned Green Bay Packaging for sustained success in a competitive landscape.

As a Software Development Intern at Missouri S&T, I had the opportunity to work on impactful projects, gaining invaluable experience in full stack web development. I was actively involved in handling the entire University of Missouri (UM) System databases, specifically focusing on User Access Management (UAM) and DCSM databases.

One of my key achievements was developing a comprehensive web application that generated report modules for all universities under the UM System. This application played a crucial role in auditing and improving the efficiency of the DCSM departments across these universities. By analyzing data and providing insights, the application helped identify opportunities for optimizing space usage and enhancing overall operational efficiency. I also integrated the UM System UAM database with the web application, ensuring seamless data flow and efficient management of user access rights, which enhanced both functionality and security.

Throughout my internship, I honed my skills in a wide array of technologies central to full stack development. I utilized Java, Spring Boot, Hibernate, and RESTful APIs for back-end development, ensuring robust data handling and seamless server-client interactions. On the front end, I employed HTML, CSS, JavaScript, and frameworks such as AngularJS and ReactJS to create dynamic, responsive user interfaces. I also worked with Tomcat, SSL, and IIS for server management, and Oracle ODBA and ODBC for efficient database connectivity and management.

Moreover, I gained hands-on experience with CI/CD tools like Jenkins, and containerization technologies like Docker, enhancing the development and deployment process. This comprehensive tech stack enabled me to develop scalable, robust, and user-friendly software solutions that significantly improved resource allocation and operational efficiency. Also, this experience has provided valuable insights into managing large-scale databases and developing impactful web applications

At Hexagon PPM, I leveraged my skills to manage customer requirements for the SmartPlant Foundation (SPF) Enterprise Suite which is a crucial for the process, power, and marine industries. I gained expertise in using Intergraph tools like SPF, SDx, SP Fusion, SDV, SPO Core, and Handover, focusing on their integration and administration. I also honed my skills in understanding SPF background processes, performance optimization, and data manipulation from the database. Also, I successfully migrated data from older versions to newer, ensuring enhanced performance and continuity.

Moreover, I extended my technical expertise to integration architecture between SPF/SPO and other enterprise tools. I developed proficiency in visualizing 2D drawings and 3D models in Webclient and Desktop Client. I adeptly handled front-end challenges using technologies like HTML, CSS, JavaScript, and back-end solutions with Java, J2EE, JSP, JPA, Servlets, Spring Boot, EJB, PL/SQL, and Spring MVC. I focused on resolving performance issues, managing data loads, and consolidation within SPF, and ensuring efficient data publishing and retrieval processes. My technical toolkit also included PowerBI, Postman, Dynatrace, Process Monitor, and WireShark for network troubleshooting, along with Oracle/SQL Database Administration and IIS management.

In addition to that, I designed and implemented scalable solutions for high-profile clients. I employed a broad tech stack to deliver robust applications that met diverse business needs and ensured client satisfaction. I executed CI/CD pipelines using Jenkins for automated builds, tests, and deployments, enhancing development efficiency. Additionally, I managed Docker and Kubernetes for containerization and orchestration, optimizing performance. My deployment expertise extended to using AWS services such as EC2, S3, RDS, and Lambda, enforcing secure access controls with IAM, monitoring performance via CloudWatch, and driving ITSM functions with ServiceNow.