Peter S. Email & Phone Number

Hartland, WI.

-Pressure vessel mechanical design to meet all requirements of ASME.-Finite Element Analysis to complete non-cylindrical vessel design, vessel support design and review stress concentrations during vessel design.-Direct drafters to create vessel drawings for fabrication and proposals.-Review and approve all vessel drawings and datasheets-Review proposal.

Torrance, CA.

• Calculated and generated mechanical designs for tubular heat exchangers, pressure vessels and unfired boilers in accordance with trade codes (ASME & TEMA) and customer specifications.
• Worked closely with clientele in designing new and replacement components for major refineries: ExxonMobil, Chevron, Phillips 66, Valero, Tesoro and BP.
• Made infield measurements of equipment to design replacement parts and at times performing emergency replacement design work.
• Conducted re-rating and de-rating of existing pressure vessels for newly proposed design conditions.
• Furnished a full set of manufacturing drawings to provide our machine, weld and assembly departments.
• Formulated G-code for machine shop CNC machines.

Tempe, AZ.

• Perform analytical heat transfer/thermodynamic calculations to determine the type of heat exchanger equipment a customer needs.
• Design heat exchangers and piping components using Solidworks for customer proposals and for fabrication drawings.
• Prepare cost estimates and bill of materials for assemblies.
• Adhere to customer specifications and trade specifications (ASME VIII & TEMA)
• Respond to manufacturing issues and follow engineering change order procedures.

Phoenix, AZ.

• Constantly reviewed product lines by making changes to materials and manufacturing processes to cut costs and reduce delivery times.
• Modified connector designs to meet customers’ requirements using AutoCAD design software and other programs.
• Coordinated with manufacturing personnel to resolve assembly and quality control issues to meet delivery schedules and ensure connectors met customers’ specifications.
• Obtained familiarity with military specifications to supply connectors to the US government/contractors.
• Followed Engineering Change Order procedure for design and process changes.

Rockford, IL.

• Collaborated as part of an interdisciplinary team made up of purchasing, marketing, manufacturing and test engineers to develop new burners and ensured they were reliable and cost effective.
• Developed a test plan of new burners. This involved determining what types of valves, actuators, size tubing, fuel, and air flows would be required.
• Prepare test reports and analysis that were to be distributed among other engineers.
• Led designers and lab technicians to validate new designs and enhancements using design software and analytical calculations.
• Provided technical support for many types of products, mainly high temperature burners, and assisted with the initial start-up of equipment purchased by customers.
• Worked with marketing to develop technical literature for new products.

Murrieta, CA.

• Proposed appropriate heat exchange systems to clients and prepared cost estimates.
• Determined Heat exchanger equipment using HTRI, hand calculations, and other software per customers’ requirements.
• Selected materials for end products to adhere to the customers’ specifications and engineering standards.
• Managed and communicated the status of projects to the customer from the proposal stage through its fabrication and insured its shipment.
• Prepared presentations and conducted project status reports on large orders for superiors and clients domestically and abroad.