Never breaks the upstream job
Every data quality and cost pipeline I've shipped runs as a soft-fail observer: a failing check writes a finding row, it never raises and kills the parent job. A DQ failure is a data observation, not a pipeline outage.
Hey, I'm
Shipping efficient, scalable data solutions with real-world impact to production, most recently
as a Data Science Intern at Barton Malow.
5+ years of experience in
Data Engineering and Analytics across Oracle and Accenture, currently building deeper Data Science
foundations at Penn State.
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The Pragmatic Builder
"Understanding existing systems deeply before changing them, designing for the next person who has to maintain my work, and communicating technical findings in a way non-technical stakeholders can act on." That’s the standard I actually build to.
Every data quality and cost pipeline I've shipped runs as a soft-fail observer: a failing check writes a finding row, it never raises and kills the parent job. A DQ failure is a data observation, not a pipeline outage.
Every gold table load pairs with a post-write uniqueness check that runs on every execution, not just at build time, so reruns, backfills, and late-arriving data can't silently create duplicate rows.
Every pipeline repo ships with lint + a schema validator tested against real broken input: a malformed rule or a broken job dependency fails the build before it fails in production. I use Claude Code across the full git lifecycle, including branching, commits, PR reviews, and merges, to move faster, but every change still ships through a branch, a pull request, and a green CI check before it touches main. AI accelerates the workflow; it doesn't bypass the gate.
Architecture docs, decision logs, and known-limitations sections ship with every pipeline, not just the happy path. The goal is that someone else can maintain it without asking me first.
01 · Experience
Barton Malow Featured
Pennsylvania State University
Oracle Corporation
Accenture Solutions Pvt Ltd
02 · Featured Projects
Automated data quality monitoring built on Databricks DQX. Surfaced that 84% of active records carried at least one issue, and root-caused a ~39% completeness gap in a core reporting table.
FinOps cost-attribution pipeline on Unity Catalog system tables. Cut unowned spend from 85.6% to 54% and caught a 2x measurement error in the AI-cost methodology before it shipped.
Automated scraping pipeline extracting scholarship listings into a centralized PostgreSQL (Supabase) database, with upsert-based dedup and automated summarization.
View repo →Autonomous compliance agents detecting AI-driven regulatory risk in real time. Top 10 of 60+ teams, Penn State Nittany AI Challenge 2026. 5 detection rules mapped to CMS federal regulations (42 CFR §483).
View repo →3-stage semantic ranking pipeline: TF-IDF baseline → SBERT embeddings → supervised neural refinement into a calibrated match probability. 120 resumes ranked against 2,277 job descriptions.
View repo →End-to-end NLP + geospatial pipeline tracking global sentiment toward LLMs across 305K+ tweets. Location-normalization cut unresolved geography from 72.8% to 43.85%.
View repo →TRx-based pharmaceutical market analysis across brands, specialties, and channels. 202,499-row dataset, built as parallel Python (Plotly) and Tableau dashboards for direct platform comparison.
View repo →Multi-year (2022–2025) event performance analysis with scenario-based 2026 forecasting, projecting 235 attendees and $49/attendee revenue via a blended trend + recency-weighted model.
View repo →03 · Research & Recognition
Accepted and presented at SEET 2026 (2nd International Conference on Software Engineering of Emerging Technologies), Penn State Behrend, PhD Research Track. Listed on page 76 of the conference abstract book. To be published in the official conference proceedings by Springer Nature.
View conference →Won the Prototype Phase and MVP Phase, advanced through funded phases to a Top 10 finish at the Pitch Contest, Hintz Family Alumni Center, University Park.
Recognized for exceptional contributions and high-impact performance on the Telia Company billing analytics engagement.
Representing students in discussions with university leadership; championing AI literacy and equitable AI access across Penn State's Commonwealth Caucus.
04 · Skills
Python (Pandas, NumPy, Matplotlib, Seaborn, scikit-learn, TensorFlow, PyTorch, Keras) · SQL · R · Java
Databricks · PySpark · Unity Catalog · Azure · AWS · Oracle Database · PostgreSQL · PL/SQL
Regression · Classification · Clustering · NLP · Time Series Forecasting · Feature Engineering · Model Evaluation (AUC, F1)
Tableau · Power BI · Plotly · Matplotlib · Seaborn
Git · GitHub Actions · Jupyter · Jira
Claude Code · Claude Cowork · Claude Skills · Claude Projects · Claude MCP · ChatGPT · GitHub Copilot · Cursor IDE · Perplexity · Ollama · Google Gemini · Julius AI
05 · Education
Master of Data Analytics · GPA 3.96/4
Statistical Analysis, Data-Driven Decision Making, Predictive Analytics, Deep Learning, Natural Language Processing.
B.Tech, Electronics & Instrumentation Engineering · GPA 3.3/4
Control Systems, Digital Electronics, OOP, Data Structures & Algorithms, Web Technology, Artificial Intelligence.
06 · Get in touch
Open to full-time Data Scientist / Data Engineer / Analytics Engineer roles starting Dec 2026.