Experienced in enhancing operational efficiency and data management using Python, SQL, C++, C# and automated workflow design to significantly boost productivity. Skilled in building data pipelines and optimizing systems to drive business growth. Demonstrate strong problem-solving abilities and a passion for developing innovative technology solutions. Aspiring to further specialize in machine learning development systems and advanced data engineering pipelines.
Results-driven IT Systems Developer with 1 year of experience driving business growth and efficiency through technology solutions. Skilled in Java, Python, JavaScript, SQL, Microsoft Office, XML, SharePoint, Microsoft CRM Dynamics, and Power Automate. Proven track record of improving productivity and reducing project timelines through automation and workflow design, leveraging Python scripts and Power Automate to drive efficiency. Developed and implemented custom C# and JavaScript plugins to enhance the company's code base, and designed and developed scalable database solutions using SQL, creating optimized views, stored procedures, and data models to enable data-driven decision making.
Designed and developed a scalable Enterprise Asset Management (EAM) database application using Django, Python, and PostgreSQL, leveraging object-relational mapping (ORM) and database modeling to optimize data storage and retrieval. Implemented automated file management workflows using Microsoft Power Automate, integrating with existing systems to streamline receipt handling and improve operational efficiency.
Led the design and implementation of accessibility features for visually impaired users on Drupal, ensuring WCAG 2.1 compliance. Applied expertise in web development (HTML, CSS, JavaScript) to optimize site performance and user experience. Collaborated on project planning and execution, enhancing access to cultural resources. Conducted research-driven optimizations and evaluations to ensure inclusivity and accessibility outcomes.
Improved mathematical understanding for grade 9-12 students by leveraging Mathnasium's multi-model teaching approach, resulting in increased engagement and proficiency. Adapted instructional strategies to individual learning styles, enhancing overall student performance in standardized tests and classroom settings.
Algorithms for searching, sorting, and indexing
University of Colorado Boulder
Algorithms for searching, sorting, and indexing
University of Colorado Boulder