Douglas C. Gresens
Ontario, New York 14519
Tel. 585-***-****
Education:
**** ****. ****** ******* **** School
Hilton, New York
**** ****. *********** ******* (Graduated with an A.A.S. in Mechanical
Technology)
Morrisville, New York
1979-present Have taken many classes toward a BS over the years at Rochester Institute of
Technology, University of New Haven, Central Connecticut University.
Work Experience:
2006- present Empire Precision Plastics
Rochester, New York
Project Manager,
- Meet with customers to discuss project requirements and set
timeline/milstones. Discuss part design/drawing issues
and propose resolutions. Supply weekly progress reports as needed.
- Supply weekly reports to senior staff using a Project Management Database.
- If built on outside, work with outside tooling vendors to manage cost, design,
and delivery of tools.
- Oversee interaction between Process Development Engineers and Quality
Engineers to ensure parts meet print specifications and/or functional/gaging
requirements.
- Ensure successful handoff of new tools to molding production staff.
- Serve as primary technical resource for assigned manufacturing processes,
equipment, and tooling.
- Research solutions to technical problems and recommend cost effective
resolution approaches. Develop cost estimates for any tooling modifications or
part changes as needed.
- Trained in scientific molding. Trained in the MuCell molding process.
2003 – 2006 Webster Plastics
Fairport, New York
Project Management Engineer,
- Team Facilitator for the (5) step APQP process. These steps include the
following meetings: PO Acknowledgement, Tool Launch, Design Review,
PPAP run (PSO format), and Project Review.
- Total cradle-to-grave responsibility for customer accounts. Includes all Quote
activity, Project Launch meetings, PPAP/PSO, Invoicing, etc…
- Many projects involve Product Design and Finite Element Analysis. This is
typically out-sourced to another
vendor with whom I coordinate the objectives.
- Customer base included DaimlerChrysler (Teir 1, all locations), BorgWarner
(Teir 1, Auburn Hills MI, Cadillac MI, and Tulle, France), Visteon (Teir 2,
Automotive Components Holdings LLC), Bosch (Tier 2, Anderson SC, and
Toluca Mexico), LuK (Tier 2, Wooster OH and Puebla Mexico), plus all Fuel
Cell applications which was part of Parker Hannifin’s “Emerging Technology
Sector”.
- Responsible for production documentation such as BOM, Operator Inst.,
Inspection Inst., Packaging Inst. etc.
1998 – 2003 Advent Tool & Mold
Rochester, New York
Sales Engineer / Project Engineer,
- Prepare quotations for injection mold tooling along with piece price, based on
annual estimated
volumes, material selection, and number of cavities, etc…
- Facilitate all Pre-award, Continuous Supplier Involvement, or Technical
Review meetings for projects prior to purchase order placement.
- When order is received, follow the Mold Design thru the “Design Review
Meeting” to ensure the mold is designed as quoted.
- If the mold is sent to an outside vendor for the “Build Phase”, procure cost and
delivery. Monitor and track progress until the mold is received.
- Purchase Capital Equipment for projects I have received orders on involving
special Presses, Automation Vision Systems, etc…
- Fill in for Project Engineers as the workload increased.
1987 – 1998 Spectrum Plastics Molding Resources
Ansonia, CT
1994 – 1998 Engineering Manager,
This was a key position in the company that was involved in all phases of company
activities from daily manufacturing issues to company procedures and policies.
- Involved in the local SPE chapter every month regarding an educational
assistance program.
- Also a member of the “Admission Advisory Committee” at the local technical
trade school (Emmet O’Brian vocational school) until leaving Connecticut in
1998.
Some of the detail responsibilities are listed below,
- Accountable for daily operations of both the Toolroom and Design
Engineering departments.
- Largest project was the design and build of (5) molds for the Gillette Mach III
program. Made weekly trips to Gillette for customer updates and technical
assistance on their production line.
- Quote tooling, automation, and auxiliary equipment required for new projects.
- Responsible for new projects from Design, thru the build phase, and finally the
development phase to hand off to production. New Tooling sales were around
$2.5MM per year (amounted to 30 new molds).
- Responsible for building of all new reel-to-reel systems. Average about 4-6
machines per year. This involves coordinating the manufacturing, assembly,
wiring, and programming. Approx cost per machine is $250,000 fully
programmed.
1993 – 1994 Design Supervisor,
- Gradually moving out of the Design Phase responsibility and more into an
overall Project responsibility.
- Report to the Eng. Mgr, but oversee (2) design engineers and (1)
draftsman/engineering clerk.
- Responsible for all training and software maintenance of the (4) CAD stations
that were in the Engineering department.
- Responsible for the overall concept layout of all new molds. Each of the
designers would work off the concept layout thru design completion.
- Worked closely with the toolroom foreman to schedule priorities, work loads
and capacity.
- More involved with the “Development” phase of the mold sampling.
Troubleshooting of all new tooling with a process technician became a new
requirement of the job.
- More involved in the preliminary customer meetings prior to receiving an
order for design & build of new tooling. Lots of time was spent of redesigning
the product for manufacture with our customer.
1991 – 1993 Sr. Design Engineer,
- Continued Mold design as my main focus. The tools became increasingly more
difficult. Many types of specialty features were being required, such as lifters,
collapsible cores, hot runner systems, etc…
- More involvement with sub-contracting tooling to outside vendors. Although
we designed almost all of our own molds, we only built about 30%-40% of
them in the toolroom.
- Created a “Design Standards Book” to be used internally or by outside vendors
to standardize designs. Included the Standard Library of Components.
- Training of new employees on the CAD software and the “Design Standards
Book”
1987 – 1990 Design Engineer,
- Designed injection mold tooling. Various types from prototypes to multi cavity
production molds.
- Responsible for purchasing all commercial items for each mold design.
- Under the supervision of the Engineering Manager, I designed the companies
first reel-to-reel universal molding system. This was a fully automated system
for continuous molding switches onto a pre-stamped leadframe. Everything was
designed with air-logic.
- Purchased the first CAD system for the company. Created a standard library of
components for new mold designs to use.
1984 – 1987 Edward D. Segen Co.
Milford, CT
Design Engineer,
- Design molds, trim dies, and stackers for the “Thermoform” industry. Many of
the molds included
Fast-Food, styrofoam containers for McDonalds, Wendy’s, and Hardee’s as well
as molds for
Thermos coolers and various containers found in the common grocery store.
1981 – 1984 TRW, Geometric Tool Division
New Haven, CT
Product Application/Manfacturing Engineer,
- Designed all thread forming rolls and dies, along with all associated tooling
required
crusher rolls, arbors, comparator charts, etc.).
- Worked in the lab doing R&D on new designs and materials for expanding the
existing product line.
- Provided technical support for current product line or new applications.
- Service trips to customer plants for set-up, training and or troubleshooting
issues.
- Held a (1) day product training session in the company’s quarterly
“Distributor Training” classes.
1977 thru 1981 C.J. Winter Machine Works
Draftsman
Barthelmes Mfg. Co.
Machinist
Manufactures Tool & Die
Machinist
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