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I design and build practical tools that solve real problems in hydraulic sales and field execution. Each tool is created to improve identification accuracy, standardize decision-making, and reduce costly field errors. They connect engineering intent with real-world use, helping distributor teams and end users execute hydraulic applications correctly the first time.
A guided hydraulic coupling identification platform built around real-world field use.
Rather than relying on dense charts or catalogs, eFitting uses a structured decision-tree approach based on physical thread characteristics. Users respond to simple visual prompts and are guided to the correct thread configuration, including available coupling variations such as bends, drops, and block styles.
The platform improves identification speed and reduces misclassification at the counter, in the shop, and in the field. It was later integrated into the Gates eCrimp platform following strong field adoption and internal support.
Hydraulic Planogram Tool
Hydraulic Planogram Tool
Designed and implemented a visual bin layout and inventory planning system to manage large hydraulic hose and coupling assortments across distributor locations.
Built in Excel using structured logic and automation, the tool assigns bin sizes based on part mix and quantity, generates field-ready cabinet layouts, and reduces setup time significantly. It is actively used to standardize stocking strategy and improve installation efficiency across locations.
A guided hydraulic hose selection platform built around real world application requirements.
Rather than filtering through large catalogs or broad product lists, eHose asks users structured questions based on pressure, temperature, environment, fluid type, and routing considerations. The system narrows more than 90 hose options into a focused group that better matches the specific application.
Users can also filter by SAE and other industry standards printed directly on the hose, allowing them to identify accurate drop in replacements with confidence.
The platform helps reduce over specification, avoid under rated selections, and align cost with performance needs. It supports faster decision making at the counter, in the shop, and in the field while improving selection accuracy.
ROI Calculator Tool
ROI Calculator Tool
A structured financial modeling tool built to support hydraulic crimper investment discussions.
Quoting new crimper installations often creates hesitation due to upfront equipment cost. What is less visible in the conversation is the long term savings from producing hose assemblies in house rather than purchasing them at list price.
To support data driven discussions, I built a custom ROI calculator using Microsoft Power Automate. The tool generates professional savings reports based on actual customer usage inputs, outlining projected five year savings, payback timeline, and optional labor impact when applicable.
The process is fully automated. Users answer a short set of questions and receive a personalized savings report within minutes. No spreadsheets are required and the tool is accessible from any device.
In one recent example, a customer producing approximately eight two wire hoses per month showed projected savings of over $25,000 dollars across five years, with equipment payback in approximately 2.4 months.
The tool is actively used in the field to support capital equipment discussions and provide clear financial justification for crimper installations.
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