William M. Minaudo
Kennewick, WA 99337
Professional Summary: Over 30 years of experience in design, preparing, drafting and checking of mechanical, vessel, jumper and piping drawings and documents. Generated 3D model designs for product development and fabrication/manufacturing. Experienced in new designs, retrofits, reworks and industrial applications. Knowledgeable in piping systems, vacuum systems, robotics, electrical/mechanical systems, microwave telecommunications, satellite communications, toxic and nuclear waste management (NQA-1 design). Familiar with government and commercial drafting/design standards, (DOD-100, DOD-1000, ANSI, ASME Std’s, Welding Std’s and Design Guides & Criteria). Familiar with 3D CAD concepts solid and parametric modeling technologies and the latest Microsoft Office Software.
Education History: AA/Mechanical Engineering Technology Certificate conferred by San Joaquin Delta College and California State Board of Education on June 14, 1985; ASME Y14.5M Training Dimensioning & Tolerancing ’87; Ultra/High Vacuum Technology Training ’89; Bechtel University online Management and Development Skill Courses.
CAD Software, Hardware and Operating Systems Experience:
Solid works (2011) Parametric Modeler on MS Office, HP PC’s
Solid Edge (ST3) Parametric Modeler on MS Office, HP PC’s
Microstation SE, PE, XM8 Modeler, IBU, 3D PSDS, ISOGEN, 3D Triforma & Navigator on MS based, Intergragh and HP PC’s
PRO-Engineer on UNIX based Sun SPARCstation 10’s and NT based, Intergraph PC’s
Computer Vision CADDS4x and 5 on UNIX based Sun SPARCstation 20’s and Silicon Graphics
Autocad 9-12 on DOS and UNIX based PC’s and SPARCstation 10’s
Cadam/Cadpak on UNIX based Sun SPARCstation 10’s
Professional Experience:
2/02 to Present: Bechtel National Inc. San Francisco , CA.
Responsibilities: Sr. Mechanical Designer III - Worked independently on design projects and directed the technical work of others. Design drawings were complete and complex engineering systems, developed using P&ID’s, related engineering documents, equipment vendor requirements, other isometric and interface drawings with minimum supervision. Presented in graphic form or in detailed scaled models.
Job site: WTP Project Work Site, Richland , WA. 1/11 to present. Specific assignments included preparing and developing 3D vessel and piping models (bulges) for the Mechanical System and Plant Design Groups. Generating detail fabrication drawings for build-to print contracts.
Job site: WTP Project Work Site, Oakland , CA. 3/08 to 12/10. Specific assignments included preparing and developing 3D piping models for the Plant Design Layout Group and generating detail fabrication drawings for build-to print contracts.
Jobsite : WTP project Worksite, Richland WA . 2/02 to 3/08. Specific assignments included working with team engineers and designers to develop jumper and mechanical engineering documents and drawings, developing and arranging remotable piping systems and associated support structures for the processing of nuclear waste, and developing 3D and 2D designs/drawings for the Mechanical Handling, Mechanical Systems and Plant Design Groups.
7/00 to 2/02: Fircroft Inc., Houston TX .
Job site: WTP Project Work Site, Richland , WA .
Responsibilities: Sr. Mechanical Designer assigned to HLW Group – Worked with team engineers and designers tasked with generating 2D and 3D Design Proposal Drawings, Material Handling Drawings and Plant Space Design Layouts within the Mechanical Handling Group. Such as, Melter and Melter Cave Layouts, Filter Cave Layouts and mechanical component concepts. Generated with MicroStation and Solid Edge software on Intergraph and Compaq computer systems. Served on a CAD software evaluation and selection committee.
11/98 to 7/00: Bechtel National Inc. San Francisco , CA.
Job site: WTP Project Work Site, Richland , WA .
Responsibilities: Sr. Mechanical Designer assigned to HLW Group – Worked with team engineers and designers tasked with generating 2D and 3D Design Proposal Drawings, Material Handling Drawings and Plant Space Design Layouts within the Mechanical Handling Group. Such as, Melter and Melter Cave Layouts, Filter Cave Layouts and mechanical component concepts. All generated with MicroStation software on Intergraph computer systems. Participated in weekly design review meetings.
4/96 to 10/98: Lawrence Livermore National Laboratory, Livermore , CA .
Contract: On-site Contract Services, Duluth , GA.
Responsibilities: Sr. Mechanical Designer assigned to Uranium Separator Group, tasked with conceptual design layouts, product manufacturing, (ICD) Interface Control Drawings, for the design of the Atomic Vapor Laser Isotope Separator program (AVLIS). Used Computer Vision CADDS 5X, CAMU, and parametric software, MIL-STD’s, ANSI Y14.5.
10/95 to 4/96: United Defense (FMC), San Jose , CA .
MIDCOM Services, Palo Alto , CA .
Responsibilities: Sr. Mechanical Designer tasked with producing prototype designs for secondary egress and track deflectors on Composite Armored Vehicle (CAV) program, using Computer Vision CADDS 5X 3D solid and CAMU software. Also involved with mounting provisions using MIL-STD’s, ANSI Y14.5, Held weekly design meetings.
7/94 to 10/95: Hughes Aircraft Inc., El Segundo , CA .
Contract: Cadstar International Ltd., Tyngsboro , MA .
Responsibilities: Sr. Electrical/Mechanical Designer assigned to satellite harness group. Tasked to work with a team of designers producing manufacturing drawings and conceptual design layouts for rework and new design layouts of harnesses and cables on the HS601 XIPS and HS376 satellite programs. Using the latest CADDS 5X 3D solid software, ANSI Y14.5 and MIL-STD’s. Also participated in weekly scheduled meeting with design engineers and program technicians and planners.
6/88 to 6/94: Martin Marietta/Sandia National Laboratory, Livermore , CA .
Contract: KMI Services, Livermore , CA .
Responsibilities: Mechanical Designer - Worked with team engineers tasked to generate 3D solid models and design layouts for a wide range of mechanical devices on Nuclear Weapons packages and material handling and mechanical manipulation projects, using MIL-STD’s, ANSI Y14.5. Assisted engineers, and team technicians, coordinated and delegated work to other designers. Also involved in regularly scheduled meetings with design teams, manufacturers, and distributors as well as scheduling fabrication, assembly, and ordering of parts.
More work experience upon request.