My Resume

B.S. Computer Engineering · Champaign, IL

Data Structures, Numerical Methods, Computer Systems Engineering (OS), Analog Signal Processing, Interactive Computer Graphics, Linear Algebra, Database Systems, Digital Systems, Engineering Probability

Chicago, IL

• Developed and maintained 15+ production software and data pipelines with Python, SQL, Dagster, Metaflow, and BigQuery, processing over 1M records
• Debugged 20+ production failures and data-quality defects, improving Datadog alerting and workflow execution logic to cut recurring processing errors 35%
• Collaborated with a 5-person engineering team to ship 10+ software assets in a GCP-based production environment

Chicago, IL

• Architected an automated healthcare software platform (Python, FastAPI, React), reducing a multi-hour clinical workflow by ~80%
• Designed and deployed a modular AWS backend across EC2, Cognito, and S3 for secure processing of healthcare data
• Owned the end-to-end software development lifecycle from system architecture through integration and iterative validation

Champaign, IL

• Built a real-time C++ computer vision pipeline (OpenCV, LibTorch, TensorFlow) for bee detection and tracking, improving accuracy 45%
• Reduced false-positive detections 30% through error analysis, threshold calibration, and temporal filtering on large-scale field data
• Integrated embedded sensing hardware with real-time C++ inference workflows, increasing research reporting throughput 25%

• Led a 12-member consulting team for a drone-technology startup with 100% on-time execution
• Performed market sizing and benchmarking across 20+ firms, identifying 3 market-entry opportunities projected to increase TAM capture 25%

• Designed a MicroBlaze-based embedded system in C, integrating processor, memory, UART, and GPIO peripherals
• Implemented memory-mapped I/O to control FPGA-connected peripherals through low-level device interfaces
• Debugged and validated embedded software on target hardware across platform initialization, cache configuration, and serial communication

• Led a team of 3 building a modular Unix-like kernel with a VirtIO-based block device for persistent storage
• Implemented virtual memory with Sv39 paging and preemptive multitasking for multi-process support
• Integrated filesystem abstractions including file and device I/O, user-mode syscalls, process management, and piping