I help field teams, manufacturers, and local service businesses replace paper, spreadsheets, and disconnected workflows with practical software and automation.
Learn the real process, build the useful system, and stay through deployment.
My best work starts by learning the operation: who is doing the job, where information gets lost, and what a better handoff would look like.
Turning clipboard-based fire-equipment testing into a clean, repeatable field workflow.
Hose testing creates a large volume of field data. Paper forms and later transcription slow crews down and introduce avoidable reporting work.
Modernizing a fourth-generation service business from the first customer search through the field and billing handoff.
The operations platform is presented as active development. Production impact will be added after rollout and real-world verification.
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At Wasco, I build production test and automation systems from concept through deployment. The work spans mechanical fixtures, instrumentation, robotics, embedded interfaces, software, and the people who rely on the result.
This is a deliberately sanitized overview. Proprietary product details, drawings, and internal data are not shown.
Four to five automated test stands, real-time data collection, and a UR5 collaborative-robot test cell—built across pressure, flow, electrical, and life-cycle testing.
Pressure, flow, electrical, and life-cycle test hardware built around the actual product.
PCBs, instrumentation, motion, and interfaces that connect the physical system to software.
Automated logging and analysis that make test results repeatable, visible, and useful.
Designed a metal-additive manifold for semiconductor equipment and validated thermal and fluid behavior in Siemens NX.
Designed clean-room fluid delivery and electrical distribution, then assembled a steam generator for the lab system.
Client work and experiments that show range without competing with the flagship case studies.
Booking and operations platform
A customer-facing site with service packages, real-time pricing, booking, and an owner dashboard for appointments and revenue.
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Domain knowledge turned into a daily tool
A ration and ingredient-control application built after rapidly learning the customer’s formulation workflow.
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A useful joke with a live counter
A small application that shows the real-time cost of a meeting based on participant salaries.
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Motion, controls, and rapid prototyping
A motorized targeting system combining embedded controls, mechanical design, and iterative tuning.
AI helps me move faster, but the work begins with engineering judgment, domain learning, and a clear understanding of the process.
Offline-capable workflows, data capture, reporting, scheduling, and the handoffs that keep field teams moving.
Fixtures, instrumentation, robotics, embedded interfaces, and software that turn testing into a repeatable system.
Customer intake, quoting, booking, internal dashboards, and practical tools built around how the company already works.
Watch the work and find the costly handoffs.
Prototype the smallest system that changes the day.
Test with the people who will actually use it.
Document, train, support, and leave real ownership.
I started with welding and machining, studied mechanical engineering and mechatronics at Cal Poly, and now work as a Design Engineer at Wasco building test systems, automation, and new products.
Software became another tool for solving the same kind of problem. I built FireGauge for a real field crew, then kept shipping applications for service businesses and operational teams. AI helps me prototype quickly; hands-on engineering keeps the result grounded.
I like the seam between the physical process, the information moving through it, and the person who needs the system to work on a busy Tuesday.
Current contracted work includes opportunity research, grant-readiness planning, narrative development, budgeting support, and application coordination for public-safety and community projects.
Presented as current work; no award outcomes are claimed.
You do not need a software specification. Tell me where work is repetitive, information disappears, or the current process depends too heavily on one person.
A few plain sentences are enough.