Steven Sells

Motivated technology professional with a Master of Science in Computer Science from Southern Methodist University and hands-on experience supporting enterprise systems, data analysis, troubleshooting, and process improvement. Skilled in software development, system analysis, cloud computing, databases, and technical support with experience working in large-scale business environments. Seeking opportunities across software engineering, information technology, systems analysis, application support, technology operations, and related technology fields where I can contribute to technical expertise while continuing to grow professionally.

Patient Financial Specialist - CHRISTUS Health - Las Colinas, TX

(2025-06)

• Analyze enterprise system data and business workflows to identify discrepancies, improve data accuracy, and support operational efficiency
• Utilize Epic, Athena, and internal applications to manage high-volume records while ensuring data integrity and compliance standards
• Perform root cause analysis on billing, insurance, and system-related issues using structured troubleshooting methodologies
• Collaborate with cross-functional teams to improve business processes, documentation standards, and system workflows
• Conduct data validation, reporting, and quality assurance activities to support accurate system performance and operational decision-making
• Support information security initiatives through user access management, account deprovisioning, and compliance-related procedures
• Leverage analytical tools and reporting functions to identify process improvement opportunities and reduce operational inefficiencies

Engineering Design Robot Challenge, Intro to Engineering Design 1357 - Southern Methodist University - Dallas, TX

(2021-09 - 2021-12)

• Integrated and wired sensors (temperature, conductivity, inclination) within an Arduino-controlled robot, enabling autonomous data collection during obstacle navigation
• Engineered solutions for terrain challenges—such as bridge climbing and ball collection—by optimizing robot design and sensor placement for efficient environmental interaction
• Collaborated effectively in a multidisciplinary team, delegating tasks like CAD modeling, data integration, and testing to ensure timely project delivery and seamless system functionality
• Utilized analytical problem-solving and troubleshooting methodologies to identify system inefficiencies, implement corrective solutions, and improve operational reliability
• Developed and tested Arduino-based control software using C/C++, integrating sensor data and autonomous navigation logic to enhance robot performance and decision-making capabilities
• Conducted system calibration, performance testing, and iterative design improvements to enhance sensor accuracy, navigation efficiency, and overall robot reliability
• Analyzed sensor-generated data to evaluate environmental conditions and optimize autonomous decision-making processes during obstacle course navigation
• Documented technical designs, testing procedures, and project results while presenting engineering solutions and performance outcomes to instructors and peers

Master of Science - Computer Science - Southern Methodist University

Bachelor of Arts - Computer Science - Southern Methodist University