Externally, I design and engineer high performance, cost effective HVAC systems that meet or exceed customer expectations and local codes using the state of the art in HVAC technology.Internally, I strive to find progressive, substantial ways to make our department deliver consistent, cost effective, top quality engineering services as a winning team.

Three Peas Farm is a triple bottom line enterprise committed to profitably creating sustainable foods systems and sustainable social systems. Founded in 2017, our 5 acre farm is located in Port Townsend, Wa, USA. We are ramping up to produce a variety of local organic whole and value added food products including eggs, milk, market fruits and vegetables, fresh pressed juice, baby food, broth, pet foods, wool and wild foraged foods. We also offer pet friendly, family friendly, dignified co-housing accessible to people of all income levels.

Integrated Design Engineering Art Services that embody the ancient Scandinavian virtue of Lagom: Providing exactly what people need without the burden of waste or excess.I provide engineering and design consulting services to sustainable business entrepreneurs.I assemble and lead cross functional teams of subject matter experts thru product development work. Together, we invent products and services that make people comfortable living a more sustainable lifestyle.

Creating and updating Process Flow Diagrams and Piping and Instrumentation Diagrams for all the mechanical systems of a Prototype Traveling Wave Reactor nuclear power plant.

As an MBA Fellow I was responsible for conducting due diligence for proposed deals. This work supports member angels' strategy of investing in cleantech companies whose innovations will increase the sustainability and health of our planet

Concurrently managed mechanical design teams of up to 10 engineers, CAD designers and draftsmen from multiple projects, in GPA offices in 4 countries.Invented and deployed processes for generating 3d CAD models and production drawings for client shipyards with reduced design changes, shorter time to market, improved consistency and enhanced portability of work between projects.Performed engineering calculations and designed marine mechanical systems to exceed regulatory requirements and operators’ performance and financial expectations.Conducted formal feasibility studies and design reviews of internal and external mechanical system designs, drawings and calculations to the satisfaction of our clients and our company.Developed collaborative processes across cross-functional teams of international clients and suppliers with extremely complex engagement roles.Orchestrated design reviews between our product development teams and the clients’ manufacturing teams.Provided technical review and approval decisions for manufacturer-driven change requests.Lead the transition of product designs into manufacturing.Served as primary technical contact for manufacturing-related topics with our clients.Developed tools for lifecycle costing decision making and deployed them to the production design staff.Subject matter expert for mechanical systems including:hydronic heating and cooling boilers & chillers heat recovery HVACsteam power and heating compressed air potable water sewagechemical processing laboratory piping dry bulk cargo grey water

Created CAD master model, manufacturing plan and documentation for new 49’ Pilot House motor yacht.Created fiberglass part spreadsheet, featuring automated composite calculations with shop documents and Bills Of Material generated from one central location.Invented standard lamination drawing format; compatible with both legacy picture and new CAD model source information.Implemented company’s first CAD configuration management plan.Performed structural engineering and design for new shop capital, including: molds, fixtures, and part handling equipment.Generated cost estimates and specifications for custom vessel configurations.Managed all engineered interfaces with in house crafts people and subcontracted manufacturers.Validated all hardware and systems designs against performance requirements and regulatory rules.Refined product and component specifications to meet a continually improving market position.Established manufacturing partnerships with key value added suppliers to create a stable lean supply chain.Designed all marine mechanical systems including primary propulsion, auxiliary power plant, central cooling water, hydronic heating, potable water, drain plumbing, sewage, AC and DC power and electronic controls.

Studied powerboat customers to identify and prioritize the requirements that drive their buying decision and long-term satisfaction.Used human factors science to translate abstract customer requirements into product functional requirements with clear, objective metrics.Created validation plans for all product features and managed actual validation work in the protoshop, US Marines’ manufacturing test suite.Simultaneously managed systems integration across a 71 vessel product portfolio.Responsible for all vessel development and support engineering tasks from early styling through production and customer service.Developed all technical standards and specifications for fabrication and assembly of components built using FRP, injection molded plastic, RIM urethane foam, steel, aluminum, wood and upholstery soft goods.Performed all necessary engineering calculations for each vessel, including: weight and balance, structural mechanics, kinematics and tolerance analysis.