I have thrived in ProFlow’s small, fast-paced environment, having shipped many millions of dollars in critical process systems for customers including Henkel, GE Healthcare, and Doosan Fuel Cell; from single pump skids to multi-unit plant integrations. I have also enjoyed taking on projects satisfying a variety of standards including ASME Boiler & Pressure Vessel code (BPVC section VIII), Bioprocessing Equipment (BPE), and ABS Marine Classification. ProFlow’s rapid design and execution processes have allowed me to apply my engineering creativity to a variety of challenges in multiple industries while honing my project management skills. • Ended the company’s dependence on an obsolete CAD package by introducing and driving the implementation of Autodesk Inventor. Took over in-house and overseas CAD resource management thereafter. • Traveled to Shanghai to facilitate the integration and testing of ballast water treatment system consisting of modules fabricated in North Haven, Shanghai, and Israel. • Devised and built—from the customer’s rough P&IDs and process descriptions—a complete, containerized system for continuous waste oil recovery and biodiesel production for a renewable energy start-up. • Developed a continuous CaCO3 makedown system with control loops for density and flowrate; easily assembled and broken down for demonstrations at US and Canadian plants. • Designed a novel pneumatic test stand to conduct seven-minute long tests of small reagent pumps, replacing the customer’s two hour manual procedure.

Acrison has presented new and interesting challenges for me in designing equipment serving various industries including food processing, cannabis, natural gas, and water treatment. Although working on Acrison’s dry solids feeding and metering technology marks a departure from my strong background in process piping and pressure vessels, the experience I’ve gained in that field has helped me make this transition successfully. My familiarity with the shop floor environment and welding practices combined with my outsider’s perspective has allowed me to affect creative solutions while avoiding expensive pitfalls. • Designed a novel, pneumatically actuated, cam based mechanism for safely locking a scale during heavy product loading operations. • Incorporated a safety interlock into an old design without interfering with existing laser cutting programs. • Composed a standard calculation sheet for consistently sizing augers to reduce errors and avoid rework.

The relative autonomy I enjoy in this position has allowed me to devise and employ design and process improvements so as to bring the companies' gas generation products into code compliance and to maximize performance and manufacturability. Day to day activities include producing engineering drawings, bills of material, interfacing with machine shop personnel, designing test procedures, and carrying out those tests.* Restored the server side design libraries for Autodesk Inventor, thereby removing longstanding obstacles in the 3D modeling and BOM building processes.* Conducted an investigation into NFPA, CGA, ASME, SAE, and ISO code requirements, which led me to discover and implement the replacement of inappropriate tube fittings for a high-pressure hydrogen storage system.* Redesigned the vent piping system to safely discharge hydrogen gas during overpressure events.* Designed an electrolysis cell concept employing a novel cathode construction of cast aluminum alloy.* Procured new sensors to safely and reliably monitor oxygen quality during electrolysis of water.* Tested, tuned, and commissioned a hydrogen generation, storage, and dispensing system for municipal service.

Applied engineering skills and experience to a variety of challenges regarding machine design and process improvement. The environment in this small, family owned, textile processing facility allowed for direct, hands-on work as well as the opportunity to observe, first hand, the affects of engineering decisions.* Engineered and assembled sturdy equipment upgrades to eliminate time consuming corrective rewinding in between production steps.* Created and programmed a novel device for continuously measuring and recording products' key electrical properties, obviating an otherwise low resolution, labor intensive exercise.* Designed and assembled a retrofit upgrade to automate a formerly manual production step.* Collaborated with sales manager and operated equipment including a sonic welder, CNC cutting table, and sewing machines to design and produce value-added product prototypes.

Determined appropriate installation locations for a novel cleaning product on coal and waste fired boilers. Coordinated with national offices to acquire and test new equipment and materials in the course of eliminating performance issues. Exploited the capabilities of Autodesk Inventor to visualize explosive shock-waves and calculate cleaning efficiencies.* Successfully advanced stalled effort to source alternative solenoid valves and initiate testing regiment.* Smoothly inherited procuring responsibilities and sourced alternative manufacturers.* Utilized prior experience with heat-recovery boilers to affect design considerations and realize opportunities in a new market.

Analyzed high pressure steam piping and pressure vessels on heat-recovery boilers for combined cycle power plants using American and European design codes and materials standards. Designed steel structures for boilers according to environmental loads as well as US and international building codes. Demonstrated skill and ease in building effective relationships with field engineers in foreign countries, as well as with customers and vendors.* Completed ahead of schedule an accurate onsite inventory of disassembled boilers, assuring salability.* Inspected and reported on accident at British job site to evaluate condition of affected equipment and determine course of action.* Provided key engineering support and expertise via onsite meetings with Russian contractors to conform Alstom’s product to local design codes.

* Generated critical measurement data that prompted modifications to the foam production lines to improve tension control and manufacturing efficiency.* Provided key support to electrical engineers and facilitated development of new data management system for the production lines.* Improved operational efficiency on factory floor by revising and tracking equipment documentation.

* Interfaced with manufacturing operators to acquire and modify valve components.* Assembled and quality tested various models of KIP's line of solenoid valves.* Conducted and documented design flaw investigations for engineers.* Repaired and calibrated equipment, assembled projects, and assured their on-time completion.