1. Workflow signals
Where the friction shows up first
Industrial Engineering Cal Poly SLO Class of 2026
Open to 2026 roles in operations, supply chain, and industrial engineering
I build clearer systems for operations, reporting, and AI-assisted automation.
Industrial Engineering student at Cal Poly with KLA experience improving procurement reporting, workflow visibility, and cross-system automation with Python, Power BI, and AI-assisted workflow tools.
How I improve a workflow
1. Workflow signals
Where the friction shows up first
2. System context
Where the data, docs, and status already live
3. Automation build
Checks, dashboards, AI supportPython, reporting logic, and repetitive work reduction.
4. Team outputs
Cleaner handoffs and faster visibility
5. Business impact
12-15 hrs/mo backLess manual reporting and fewer repeated checks.
01
How I Work
Systems thinking first
The common thread in my work is reducing friction. I map where information gets stuck, fix the handoffs, and build the reporting or automation layer that helps teams move faster with less manual effort.
Find bottlenecks, handoff gaps, approval friction, and rework before deciding what to automate.
Tie together reporting, ERP, data, and workflow tools so teams spend less time chasing updates manually.
Apply Codex, Claude agents, and automation tooling after the workflow is clearly defined, so AI supports the system instead of replacing the thinking.
02
Featured Work
Recent experience
These two KLA projects best represent the type of work I want more of: workflow clarity, reporting automation, and better operational visibility.
Designed an automated reporting flow across Linux VM outputs, SharePoint, Python, Excel, and Power BI.
Led a Cal Poly senior project on KLA's Staff Aug and SOW process in Beeline, from intake through final approval.
Additional experience: Odin Diagnostics CRM and dashboard design, PokeChef shift operations, Tesla production and quality inspection, and student leadership through Grow Crew and Home Greens SLO. I increasingly apply the same systems mindset with AI tools to remove repetitive work across reporting, finance, and cross-functional operating tasks.
03
Selected Projects
Systems beyond the internship work
Different domains, same pattern: understand the process, structure the system, and make the result easier to operate.
Designed and built a package sorting system that detected size, routed items, and supported operator monitoring.
Signal: combines controls logic, sensing, and operator usability into one working system.
Built a relational database that made congressional stock disclosures easier to explore and compare.
Signal: turns messy public data into a cleaner model for analysis, comparison, and decision support.
Studied a CNC setup process to find where time was being lost and where process changes would matter most.
Signal: shows how I move from observation and data collection to a practical process change.
04
About
Background
I am a Cal Poly San Luis Obispo Industrial Engineering student graduating in June 2026. I am most interested in operations, procurement, supply chain, and the systems that keep work moving.
I like starting with a messy process, a visibility gap, or a workflow that takes too much manual effort. Then I work backward from the friction and forward into something clearer, faster, and easier to run.
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