

E-mail:
marbert.moore@gmail.com
Portfolio on Internet:
www.mgmoore3.com
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Mechanical Engineer, Electro-Mechanical Engineer, Systems Engineer
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Project Manager, Program Manager, Engineering Manager,
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Creative Technical Problem Solver and Experienced Leader.
Education
Texas A&M University,
College Station, Texas.
B.S.
Mechanical Engineering Technology, May 1990.
Software Skills:
Engineering:
Mechanical-
AutoCad , ProE,
SolidWorks.
Analysis-
Cosmos, Icepak, CFD.
Electrical-
Pcad, Orcad,
various board layout (pcb routing) packages.
Management:
MS Project, Excel, Word and PowerPoint
Programming:
Script writing, G-code, Basic, C++, Visual Basic.
Analysis: System
Performance, Failure, Thermal, and Mechanical.
Mechanical Design: Electronics Packaging (50), Mechanisms (20),
Fluids Packaging,
-experienced in
rapid prototyping, fast turn parts, model shop work and machining.
Electrical Design: PCBAs
(15), AC Power Control and Distribution, System Interconnect.
Process Development:
Chemical, Thermal, and Mechanical Fabrication.
Vacuum Chambers: Design,
Leak Check Expert, Rough to Ultra-High Vacuum.
RF
Experience: Grounding,
EMI/RF Sealing.
Materials Research:
glass, ceramic, metal, plastics, specialty alloys and coatings.
Materials worked with:
glass, ceramics, metal, plastics.
Fabrication Methods used:
mill/lathe/laser/welding/etching/EDM/casting/sheetmetal.
Finish processes used:
painting, plating, polishing, silk screening and sputtering.
Products designed have resulted in sales of over $1billion USD.
Over
1000 parts designed and fabricated.
Patents: 9 Submitted, 5
still pending, 1 awarded.
Electro/Mechanical Systems Integration- electrical, mechanical and
software.
Largest Budget Managed:
$1.35 million.
Most
Valuable Project, Intel account, $600 million.
Largest Group Managed was 32 Personnel.
Managerial Experience:
15 years
Hired 33 of the 73 total persons supervised.
Proposal Writing and Presentations resulting in over $700k in
Awarded Jobs.
Heavy customer interface resulting in winning bids and achieving
successful completion of jobs.
Experienced at Estimating, Planning and Development of Technology
Roadmaps.
Experienced at writing Specifications, Proposals, Reports,
Presentations and Contracts.
Work History
Providing full range of engineering services for several
electro-mechanical projects, ranging from business plan writing to
finite element analysis (FEA, Cosmos) and design work.
Main projects listed below:
2 patents pending. All
design/analysis performed in
Solidworks/Cosmos.
Designed and built equipment used to fabricate flexible pipe for the Oil &
Gas industry. These
automated electro-mechanical systems included the following:
1
patent issued, 1 patent pending.
All
design/analysis performed in
Solidworks/Cosmos.
Managed team of engineers (17) performing the Design & Development of a new Etch tool (semiconductor capital equipment). Responsible for all customer interfacing, design of System Architecture (mechanical and electrical system) and specification of purchased items. Project had a $1.35 million dollar budget.
Tool outperformed specification.
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Specification and incorporation of robotic wafer transfer system.
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Design of robotic mechanism for wafer centering and precision
location (+/-50microns).
·
Design of specialty gas evacuation intakes using Computational Fluid
Dynamics.
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System design of specialty gas (inert/toxic) and fluid (coolant)
control/delivery.
Virtually entire job conducted using
ProE, some
Solidworks.
Managed team of engineers working on thin film blanket tungsten
deposition process chamber.
Patent pending. All work
conducted in ProE.
Directed staff of 8
engineers conducting design/analysis of new telecommunications
products.
Work conducted
using ProE, Solidworks and
SolidEdge.
Program Manager Semiconductor
Applied Materials,
Santa Clara, CA
Jan 1998 – Jul 1999
Reporting to Director of Global Product Marketing, responsible for designing a program
that would improve tool performance in order to
secure $600million in business with Intel.
·
Targeted weaknesses in the tool’s performance through analysis of
failure data.
·
Determined corrective engineering action, Developed these into
engineering projects.
·
Customer interface with Intel to report on status of plans and
projects.
Work conducted in AutoCad and
ProE.
Program/Engineering Manager, R&D
Flat Panel Displays
Telegen Display Laboratories,
Redwood City, CA
May 1996 – Dec 1997
Reporting to Vice President for Technical Operations, responsible for directing and coordinating
the efforts required to
develop a flat panel display.
Duties included:
Patent Pending.
All design work performed with
AutoCad.
Owner/Consulting Company
Semiconductor, Flat Panel Displays
Moore Concepts,
Los Gatos, CA
Feb 1993 – May 1996
Started a company to provide electro-mechanical design
services on a consulting basis.
All design work performed with
AutoCad.
Mechanical Engineer, R&D
Semiconductor
Novellus Systems,
San
Jose CA
July 1990 – Feb 1993
Reporting to VP of R&D, responsible for
design/development of new semiconductor tools.


Analyzed run logs and failure data from field operations to
determine root causes and related down-time impact. Resolved
issues through creation of a program comprised of engineering
projects to improve performance as measured in wafer throughput
and up-time resulting in Applied Materials being awarded over
$600 million in new business from Intel.
Reviewed Oil & Gas company’s flexible pipe fabrication process
leading to development of strategic design fixes in key
equipment resulting in a 90% increase in manufacturing
efficiency while eliminating $2M in scrap per year.
Managed a $1.35M budget during the conception, design and
build of a new semiconductor tool for new wafer edge cleaning
technology. Stayed on
schedule and outperformed the specification (performing an
action on the edge of wafers within +/- .002 inches) despite
three extra conceptual tool configuration redesigns consuming 6
weeks.
Performed a budgetary assessment as part of creating a
plan for how to develop
a new tool for thin film dielectric chemical vapor
deposition (CVD) for the semiconductor industry.
Managed the efforts of
electrical, mechanical and software engineers as well as
coordinated vendors, machine shops and in-house production team
to design and build a fully functional prototype two months
ahead of schedule and within the original forecasted budget of
$350K. Product
lifetime sales of over $1B.
Managed the
assembly of a technology roadmap for developing the capabilities
required to build the first vacuum fluorescent display capable
of showing full motion video.
Led the team of over 30 engineers and scientists that
designed and developed this new technology ahead of schedule and under budget.