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TMS Engineers, Inc.
4547 Hudson Drive
Stow, Ohio 44224
Phone: 330-686-6402
Fax: 330-686-6417
Mail@TMSEngineers.com |
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The following
list the projects provides a representative few
examples of some of the major projects that Mr.
Schweickart, TMS Engineers, Inc. was in responsible
charge.
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Download
List of Major Signalized Signal System
Projects
ODOT
Administered
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Download
List of Signal Design Projects
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City of Cuyahoga Falls, ITS Signal
Project
SUM - Portage Trail (PID 13064)
The upgrade of 23 signals on two
arterial streets, Portage Trail & Broad
Boulevard, into a state-of-the-art
Integrated Traffic System (ITS).
Features of the system include video
detection, incident detection and
management, fiber optic communications,
central office monitor with distributed
PC application and automated updating of
timing plans.
Download
Project Specifications (PDF Format)
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City of Westlake, City Wide Signal
Upgrade Project
CUY-20-0.00 (PID 14892)
This project is the modernization
and coordination of traffic signals at
41 intersections along the corridors of
Center Ridge Road (US 20), Columbia Road
(SR 252), Detroit Road (SR 254), Clague
Road (CR 52), Center Ridge Road (CR 58),
Hilliard Boulevard (CR 69) and other
various locations.
Download
Project Specifications (PDF Format) |
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City of Euclid, Traffic Signal
Upgrade Project
CUY-6-25.01(PID 11843)
This project was the modernization
and coordination of traffic signals at
53 intersections along the corridors of
Euclid Avenue (US 20), E. 260th Street
(SR 175), and Lake Shore Boulevard (SR
283). The project included the upgrade
of traffic signal hardware including
vehicular signal heads, mast arm signal
supports, pedestrian signals, traffic
controllers, vehicular and pedestrian
detectors.
Download
Project Specifications (PDF Format) |
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City of Parma Heights, City Wide
Signal Upgrade Project
CUY-42-8.83 (PID 12789)
This project was the modernization
and coordination of traffic signals at
26 intersections along the corridors of
Pearl Road (US 42), York Road (CR 46),
Snow Road (CR 254)/Stumph Road (CR 266),
Ridgewood Drive (CR 65), and other
various locations. The project included
the upgrade of traffic signal hardware
including vehicular signal heads, mast
arm signal supports, pedestrian signals,
traffic controllers, vehicular and
pedestrian detectors and emergency
vehicle preemption. The project also
included the installation of a “closed
loop” traffic responsive computer system
and hard wire communication cable. A 6
pair shielded copper cable was specified
for communication between master and
local controllers.
Download
Project Specifications (PDF Format) |
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City of Steubenville, Traffic Signal
Upgrade Project
JEF-7/43-15.98/1.09 (PID 10962)
This project was the modernization
and coordination of traffic signals at
27 intersections along the corridors of
Dean Martin Boulevard (SR 7) and Sunset
Boulevard (SR 43). The project included
the upgrade of traffic signal hardware
including vehicular signal heads, signal
strain pole supports, pedestrian
signals, traffic controllers, vehicular
and pedestrian detectors. The project
also included the installation of a
“closed loop” traffic responsive
computer system and fiber optic
communication cable. A 12 fiber
multi-mode backbone with Kevlar Braid
protective armor was specified for
communication between master and local
controllers.
Download
Project Specifications (PDF Format) |
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City of Middleburg Heights, City Wide
Signal Upgrade Project
CUY-42-5.46 (PID 12728)
This project was the modernization
and coordination of traffic signals at
39 intersections along the corridors of
Pearl Road (US 42), Engle Road (SR 291),
Bagley Road (CR 27), Smith Road (CR 64),
and other various locations. The project
included the upgrade of traffic signal
hardware including vehicular signal
heads, mast arm signal supports,
pedestrian signals, traffic controllers,
vehicular and pedestrian detectors and
emergency vehicle preemption.
Download
Project Specifications (PDF Format) |
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City of Strongsville, City Wide
Signal Upgrade Project
CUY-42-0.00 (PID 14943)
This project was the modernization
and coordination of traffic signals at
31 intersections along the corridors of
Pearl Road (US 42), Royalton Road (SR
82), and other various locations. The
project included the upgrade of traffic
signal hardware including vehicular
signal heads, mast arm signal supports,
pedestrian signals, traffic controllers,
vehicular and pedestrian detectors and
emergency vehicle preemption. The
project also included the installation
of a “closed loop” traffic responsive
computer system and hard wire
communication cable. A 6 pair shielded
copper cable was specified for
communication between master and local
controllers.
Download
Project Specifications (PDF Format) |
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Cleveland Steelyard Commons Traffic
Impact Study Project
City of Cleveland, Ohio
Cleveland Steelyard Commons is a
proposed multi-tenant commercial
redevelopment project that will
transform 125 acres of abandoned
industrial land into the largest
open-air retail center ever to be built
in Cuyahoga County. It will be built on
a portion of the former ISG/LTV Steel
site in the City of Cleveland. The
project is proposed to be a 1,000,000
square foot retail complex, including an
extensive list of uses similar to many
large suburban shopping complexes. The
project will transform an abandoned
industrial area into the largest
open-air retail center ever to be built
in Cuyahoga County.
Download
Project Specifications (PDF Format) |
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Center Road Relocation Traffic Study
Preliminary Engineering Impact Study
An important roadway relocation
project is proposed for Chester Road in
the City of Avon. This project will
provide a bypass around a highly
congested area and create opportunities
for land development. The City of Avon
requested a traffic study to determine
the effects of anticipated development
with the construction of the roadway
relocation.
Download
Project Specifications (PDF Format)
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Leavitt Road (SR 58) Corridor Study
The City of Amherst initiated an
area wide impact study to identify the
roadway and intersection improvements
necessary to serve the existing SR 58
corridor.
Download
Project Specifications (PDF Format) |
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