Systems Engineer & Data Analyst · UIUC '26 · Loren R. Maxey Scholar
I turn complex operational challenges into data-driven solutions — from supply chain optimization and sustainability analytics to award-winning hardware prototypes and industrial design. GPA 3.56.
I'm a Systems Engineering student at UIUC with a passion for bridging the gap between engineering precision and business impact. Whether I'm optimizing supply chains, building Power BI dashboards that cut decision time by two days, or designing a cap closure mechanism from scratch — I bring systems thinking and data rigor to every challenge.
I've worked across sustainability analytics, supply chain strategy, quality engineering, and hardware prototyping — always grounded in real data and driven by measurable outcomes. I'm certified in Power BI and Six Sigma (Yellow + Lean Belt), and I thrive in cross-functional environments where no two problems look the same.
I love talking to users, iterating on designs, and connecting the dots between engineering constraints and market needs. Quick to adapt, relentless about improvement, and always full of ideas.
A multi-disciplinary toolkit spanning engineering, data, operations, and design.
From award-winning hardware to industrial design, data systems, and structural optimization.
🏆 MIC 1st Place · $5,000
Co-led engineering subteam to build a universal add-on that converts manual wheelchairs into electric-powered ones — 65% cheaper than average electric wheelchairs, under 10 lbs, fully collapsible. Journey from NSF I-Corps → Cozad New Venture Challenge → Mottier Innovation Challenge 1st Place.
Confidential · NDA
SE 494 industry-sponsored capstone project. Conducted competitive retail audits and market benchmarking across a high-growth consumer goods segment. Developed 3 novel closure concepts from ideation through DFM analysis, Fusion 360 CAD modeling, and mold flow simulation — targeting commercial viability constraints.
Built an interactive Power BI dashboard visualizing FY22–FY25 campus waste transfer data for UIUC F&S in support of iCAP 2020 Objective 5.2 (25% diversion rate target). Tracks landfill tons, diversion totals, grind-to-energy collection, and rebates — with year/month filters for exec decision-making.
Optimized a Tuned Mass Damper (TMD) for a 40-story skyscraper using MATLAB's fmincon solver and real 1940 El Centro earthquake data. Minimized RMS building displacement over 0.6–6 rad/s frequency band under a $2.1M budget and 2.0m stroke constraint.
Managed the full design-to-test cycle for camera enclosures and magnetic dropper mechanisms on a 15-person autonomous submarine team competing in RobotNation. Coordinated with the electrical team to integrate thrusters, sensors, and motor controls into a modular architecture.
Engineered a military-grade aerial drone in a team of 7 at Technotreon Intellectual Ventures for enhanced public safety operations. Led Fusion 360 CAD design, 3D prototype testing, and patent prior-art research to produce a provisional patent filing.
Designed and built a multi-page Power BI dashboard aggregating 4 years of UIUC campus waste transfer data — landfill tonnage, diversion, grind-to-energy collection, and rebate tracking — in support of the iCAP 2020 25% diversion target.
Merged 5 raw data files using Python (pandas/openpyxl) into a 3-sheet master workbook. Explored Azure Blob Storage → Data Factory → Synapse Analytics → Power BI (DirectQuery) pipeline for automated live refresh.
ⓘ Dashboard hosted on UIUC institutional account. Export via Power BI → File → Export to PDF to preserve it before graduation.
Bachelor of Science in Systems Engineering · Expected August 2026
I'm actively seeking opportunities in operations, data analytics, systems engineering, supply chain, or product strategy — graduating August 2026. Whether you have a role in mind or just want to talk, reach out!