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POLYENGINEERING, INC. P.O. Box 837 1935 Headland Avenue Dothan, AL
36302 (334) 793-4700 Contract # GS-23F-0329N
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1.) FACTOR ONE- EXPERIENCE
(a.) Section I - Corporate Experience - Polyengineering, Inc.
is in its 44th year of providing professional engineering and
architectural design services to local governments (city, county and state),
various Federal Governmental Agencies as well as commercial clients. Over the last sixteen (16) years, our firm has steadily increased its work
with Department of Defense Agencies such as the U.S. Army Corps of Engineers,
the U.S. Air National Guard, the U.S. Navy among other federal agencies. In sixteen (16) short years, Polyengineering
has established itself as one of the the premier engineering firms among the
U.S. military for state-of-the-art training range design. Currently,
over forty percent of our total project volume is with U.S. Department of
Defence agencies.
Polyengineering
has emerged as a leader in designing military training ranges around the world,
having designed over twenty-five (25) ranges in the last decade. When asked how Polyengineering created this
niche Chairman, Lamar Faulk said, Our success in range design can be
attributed to our staff developing new engineering and design techniques to
creatively address the needs of our clients.
The POLY military division, led by Faulk has continued to grow due to
demands for new ways to train military troops for urban warfare. Two of our military training range designs Zussman
Mounted Urban Combat Training Site and Yano Multi-Purpose Range Complex, have
been the recipient of multiple state and national awards. The Zussman MUCTS project was recently
awarded the Army Chief of Engineers Special Recognition Award in the 2002
Design and Environmental Awards Program.
The U.S. Army Corps of
Engineers and its professional partners created the Chief of Engineers Design
and Environmental Awards Program (DEAP) in 1965 to recognize and promote
excellence in design achievements. This was the first time in 37 years that this
award had been given with the jury panel commenting, [this] was by far the
most innovative of the projects submitted.
Our staff consists of over
sixty (60) multi-disciplined professionals including civil, electrical, mechanical and environmental engineers;
architects; environmental consultants; planners; surveyors and construction
inspectors. Our diverse in-house staff
allows us to handle a broad range of projects from start to finish, alleviating
our clients from having to work with multiple vendors. Our design professionals truly partner with
clients often acting as extensions of their operations. These client partnerships are key in that
over 85% of our business comes from satisfied clients, most of which we have
served for over 30 years.
Polyengineering
has provided engineering design, project management services, planning,
surveying, preparation of construction documents and construction inspection
for hundreds of civil and environmental projects for regional clients in
Alabama, Southwest Georgia and Northwest Florida. Our firm has provided
professional engineering design services for military installations worldwide. Polyengineering has developed an excellent
reputation with clients by providing quality and timely service at a reasonable
price.
It is our goal to develop relationships of mutual trust
and confidence with each of our clients.
The basis of this trust is founded on our commitment to act in the clients
best interest in all aspects of the project.
Our professional staff truly partners with each client exploring all
options before arriving at a design solution that is efficient and effective.
1.) FACTOR ONE- EXPERIENCE
(cont.)
(b.)
Section II Project Experience (cont.)
Specialty Item Number SIN
871-1 Stragetic Planning for Technology
Program/Activities
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S.
Army Corps of Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman Mounted Urban
Training Complex (MUTC)
Project Description The
shared goal of the U.S. Armor Center and Louisville, Kentucky division of the
Corp of Engineers was to break all the molds for Mounted Urban Combat Training
Site (MUCTS) construction. To achieve
this, Polyengineering Inc. was given the task of defining and interpreting the
high-level organizational goals and objectives of the U.S. Armor Center and
developing strategic plans and approaches to meet these objectives. During the time of development, only 2
MUCTS s existed, both of which were inadequately equipped to provide a
realistic setting and all sensory stimulus for soldiers training for real urban
combat.
In developing the strategic plans for a
state-of-the-art mock city large enough to host a training exercise for a
company/battalion task force with helicopters, armor, infantry and Bradley
Fighting Vehicles, Polyengineering s staff
traveled to military facilities across the U.S. to gather input about typical
challenges troops face while entering and operating in an urban combat
environment. The firm s engineers also
visited Las Vegas and MGM Studios for ideas on how to represent these
challenges using distractions, diversions, sound effects and pyrotechnics.
The main objective was to create a
facility for training soldiers in how to survive combat in urban areas that are
confusing, chaotic, and foreign by subjecting the troops to extreme levels of
physical and psychological stress typically experienced in an actual urban
conflict. Polyengineering,
Inc. developed approaches utilizing Hollywood special effects and a unique mix
of existing and new techniques, materials and equipment. Incorporating design techniques never before
used for military training purposes, the mock city s special effects present
all the sights and smells of war, including three categories of speaker-driven
sound effects simulating riot, uprising, screams and voices in various
languages (the language is programmed by the trainer).
In
developing the strategic plan, Polyengineering s civil engineers planned a
number of features designed to maximize the soldier s stress level, such as an
exploding, collapsing bridge (which is structurally stable for a tank crossing
when not in collapsing mode); hand grenades that shoot out of a hidden passage
and drop at a soldier s feet; numerous locations within the compound that can
suddenly ignite into flames; a massive automobile explosion; a timed falling
utility pole that blocks the roadway and even the smell of a sewer while
crawling through the more than 900 linear feet of 48-inch sewer pipe. In
planning to maximize the abilities of the range commander to oversee training
exercises and create various battlefield scenarios, the training site s command
/ control / observation facility was designed to be camouflaged in a mock
elevated water tower that would provide a 360-degree visual of the entire range. Through the strategic placement of fiber
optic video cameras, digital video of the training exercise is sent back to
range control and reviewed for safety and After Action Review (AAR) training
purposes.
To solve
the problems of soldier detection, target activation, camera control, and
scoring of soldiers during training exercises, Polyengineering s design team
chose to incorporate the use of an industrial automation network known as
Device Net to control and communicate with targets and sensors on the
site. The network uses a specialized
cable containing both power and communications wiring. At Zussman MUCTS, the Device Net system is
constructed of ten (10) networks, with five (5) personal computers and over 400
I/O modules. The I/O modules were
encapsulated into specially designed node boxes to facilitate the interfacing
of the networks with up to 2400 targets and sensors. Some of the networks exceeded the length requirements of the
cable. In these cases, the designers
used fiber optic cable to run over the long distances (over 30 miles of fiber
optic cable was used) to power each local station on the site. The MUCTS Device Net system controls eight
(8) special effects (falling utility pole, collapsing bridge, three (3) moving
cars, three (3) smoke generators, and five (5) flame effects (3 burning cars
and 2 burning buildings). These effects
are capable of occurring simultaneously.
The Device Net system is also used to control cameras on site that only
record when sensors indicate activity in the area, which greatly reduces the
amount of editing, required by the Range Trainers in preparation for an After
Action Review (AAR). The innovative
techniques developed, tested and proven for this project will be used in future
training sites around the world
Through
close collaboration with the client and several military agencies and personnel
throughout the United States, the design team at Polyengineering was successful
in developing a strategic plan for a state-of-the-art urban training complex
that was large enough to host a training exercise for a company / battalion
task force with helicopters, armor, infantry and Bradley Fighting Vehicles;
versatile enough to pose as a town located virtually anywhere in the world;
sustainable enough to run multiple training scenarios/exercises in one day and
operate seven days a week; realistic enough to expose our troops to extreme
levels of physical and psychological stress typically experienced in actual
urban conflict but conducted safely in a controlled environment; capable of
giving range command digital video of the entire exercise in real time and on
tape for After Action Review; and operationally cost effective and maintainable
for years of service. Col. Richard P.
Geiser, Directorate of the Armor School at Fort Knox said, This new training
facility is a vast improvement over the older methods of urban warfare
training. This training facility is one
of the best in the world, and we are proud of it.
Period of Performance Contract was awarded in
October of 1993, which consisted of two separate projects: Wilcox Multi-Purpose Digital Training Range
(MPDTR) and Zussman Mounted Urban Training Complex (MUTC). The first order for Zussman MUCT was placed
on October 24, 1996. Construction was
complete in May 2002.
Contract No. DACA-27 94 C-0010,
consisted of two separate projects:
Wilcox Multipurpose Digital Training Range and Zussman Mounted Urban
Training Complex.
1.) FACTOR ONE- EXPERIENCE
(cont.)
(b.)
Section II Project Experience (cont.)
Specialty Item Number SIN
871-2 Concept Development and Requirements
Analysis
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S.
Army Corps of Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman Mounted Urban
Training Complex (MUTC)
Project Description After successful development of the strategic
plan for a state-of-the-art Mounted Urban Combat Training Site (MUCTS),
Polyengineering Inc. working in collaboration with the U.S. Armor Center and
Louisville, Kentucky division of the Corp of Engineers, was given the task of
developing alternative technical approaches / methodologies and concepts to
meet the objectives and operational requirements for a world-class urban
warfare training facility that offers U.S. soldiers a realistic glimpse into
what to expect when fighting the enemy in a built-up urban setting. During the strategic planning phase, only
two MUCT s existed, both of which were inadequately equipped to provide a
realistic setting for soldiers training for real urban combat. The design team
used lessons learned in Somalia, Bosnia and Kosovo as research to further
develop the concept of a world class military training facility that could pose
as a foreign city located virtually anywhere in the world. This facility would be the benchmark for
which other military training ranges would be based.
The
project planning and concept design
stage can frequently determine the success of a project, and Zussman MUCTS was
no exception. Achieving the owner s
objectives meant overcoming many challenges and meeting many requirements. The scope of work and innovative design
techniques were accomplished through the efforts of a large and diverse team of
individuals, utilizing a broad range of technical applications. Many of the objectives were accomplished
through the development of new, untested engineering and design
techniques. Other objectives were
achieved by utilizing proven Hollywood type special effects and making design
modifications to work in a military training application. Active communication between key team
members was essential though the duration of the project for increased
productivity and efficiency as well as for allowing the project to stay within
a tight budget and time allocations.
Numerous concepts and alternatives were evaluated and considered in analyzing the most reliable, cost-effective ways to create an urban environment where extreme levels of physical and psychological stress, typically experienced in an actual urban conflict, could be experienced by troops in various scenarios and training exercises.
Some of the innovative concepts Polyengineering developed to create an environment emulating the realities of war within a mock city are; a falling utility pole blocking the road, a collapsing bridge, 22 different locations within the compound that can suddenly ignite into flames, a massive automobile explosion, smoke, hand grenades that shoot out of a hidden passage and drop at a soldier s feet and sound effects simulating riot, uprising, screams and voices in various languages. Polyengineering not only developed these concepts but defined the requirements to make these effects capable of occurring simultaneously and making the complex capable of running various training scenarios/exercises in one day and capable of operating 7 days a week.
Working in conjunction with a specialized electrical target and instrumentation design team, Polyengineering used a novel concept to solve the problems of soldier detection, target activation, camera control and scoring of soldiers during the exercise. The concept involved the use of an industrial automation network known as Device-Net to control and communicate with targets and sensors on the site. This system controls eight special effects (falling utility pole, collapsing bridge, three moving cars, three smoke generators and five flame effects (3 burning cars and 2 burning buildings) all of which are capable of occurring simultaneously. At Zussman MUCTS, the Device-Net system includes ten networks, five personal computers and over 400 I/O modules. The I/O modules were encapsulated into specially designed node boxes to facilitate the interfacing of the networks with up to 2400 targets and sensors. Some of the networks exceeded the length requirements of the cable. In these cases, the designers used fiber optic cable to run over the long distances (over 30 miles of fiber optic cable was used) to power each local station on the site. The Device Net system is also used to control cameras on site. The cameras only record when sensors indicate activity in the area, which greatly reduces the amount of editing required by the Range Trainers in preparation for an After Action Review (AAR). The innovative techniques developed, tested and proven for this project will be used in future training sites around the world.
1.) FACTOR ONE- EXPERIENCE (cont.)
(b.)
Section II Project Experience (cont.)
Specialty Item Number SIN
871-3 System Design, Engineering and Integration
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S. Army Corps of
Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman
Mounted Urban Training Complex (MUTC)
Project Description Having designed over twenty-five military
training ranges over the last twelve years, Polyengineering Inc. was given the
task of designing the Zussman Mounted Urban Combat Training Site located on 26
acres of rocky wilderness in Fort Knox,
Kentucky. Polyengineering s
multi-disciplined design team translated the concepts for this state-of-the-art
mock city into comprehensive, detailed engineering plans, consisting of over
300 30 x 42 drawings and detailed
specifications consisting of over 700 duplexed sheets. These plans contained detailed sections
for the design and integration of
multiple electrical and mechanical systems used to create the special effects
and conditions necessary for numerous training scenarios.
Our
civil engineers used innovative designs in creating a timed falling utility
pole that blocks the roadway on demand, an exploding collapsing bridge (which
is structurally stable for a tank crossing when not in collapsing mode); more
than 900 linear feet of 48-inch sewer pipe; hand grenades that shoot out of a
hidden passage and drop at a soldier s feet; 22 different locations within the
compound that can suddenly ignite into flames; and a massive automobile
explosion.
Other key civil engineering design features
in this project include: 42 -48 underground
trainer/storm drainage pipes equipped to handle smoke and non-smoke training
with water filled drop inlets; moving and stationary infantry targets; and
moving armor targets.
Our electrical engineering design team provided
detailed communications plans, Device-Net control system plans, electrical
floor plans for all buildings, and electrical and compressed air system plans
for targets.
Key electrical engineering design features include
the specifications for 32,000 linear feet of fiber optic cable, audio cable and
UG telephone cable; 10,000 liner feet of Device Net trunk cable for targets and
special effects; 357 connectors for target and special effect
monitors/operators; 2,500 linear feet simulated aerial telephone system, 1
microwave system for transmitting digital video back to range control; 7 safety
cameras with 360 degree pan and tilt (pole mounted); 18 fixed action cameras;
328 speakers; 50 horns; 2 computer video stations for monitoring and recording
in real time; fiber optic communications, copper- pair phone lines. Using over 30 miles of fiber optic cable,
the city boasts 2,500 computer-controlled targets, sensors and cameras and
enough pyrotechnics to simulate real combat.
Our
design team was very innovative in incorporating numerous safety features to
protect our soldiers from injury while navigating the complex. During training exercises, digital video is
provided by cameras with 360-degree pan and tilt, which is sent back to range control
and reviewed for safety and training purposes.
Over 25 safety cameras are in place to constantly provide real time
video to Range Control who has emergency kill switch and ventilation devices
if needed.
F.L. Andrews, Range Manager for the Directorate of Plans,
Training and Mobilization for the G-3 Division of the U.S. Armor Center said it
best in a letter of commendation, Polyengineering successfully found highly
functional, survivable and cost efficient methodologies to meet our unique and
demanding needs. Their efforts were
always provided ahead of time, even when the time lines were far less than the
norm. What supported this tremendously
successful venture was the alignment of Polyengineering with the mission we
held, instead of just the construction project. This alignment enabled a highly functional partnership with the
project personnel from several military agencies. The partners worked toward
shared goals, jointly approaching the numerous challenges generated by the
project with a linked vision. Then,
instead of simply turning over the design to the construction contractor,
Polyengineering became a key partner in construction, and now they continue to
serve as a partner in the first year of facility operation. Without reservation, Polyengineering soared
above what we expected and led us all forward throughout the project.
From
the outset, the Polyengineering design team aligned itself with the owner s
vision for the facility. During the
design, construction and even through the first year of use of this project,
Polyengineering has partnered with the owners and users to insure the most
effective usage for the facility. The Corps of Engineers has requested and been
granted permission to distribute copies of the Polyengineering design plans to
other military facilities and designers to use as a standard reference for
future Mounted Urban Combat Training Sites. This reference is being used as the Army standard in several
mounted urban training complexes currently under design
1.) FACTOR ONE- EXPERIENCE (cont.)
(b.) Section
II Project Experience (cont.)
Specialty Item Number SIN
871-4 Test and Evaluation
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S.
Army Corps of Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman Mounted Urban
Training Complex (MUTC)
Project Description The Zussman Mounted Urban Combat
Training Site designed by Polyengineering, Inc. has proven to be a very effective
facility for the training of soldiers in an urban environment. Situated on 26 acres of rocky wilderness at
Fort Knox, Kentucky, this state-of-the-art mock city provides the setting for
soldiers to get dramatic, hands-on experience needed to effectively fight and
win a war on an urban battlefield.
Zussman MUCTS was featured in a CNN Presents
series on the topic of Urban Warfare and praised by various military officials
and war strategists as being the most realistic urban warfare training available
for the U.S. military. Most
importantly, the company soldiers who actively train at Zussman MUCTS feel the
reality of urban warfare. It s like
an amusement park, but nobody is laughing and having fun, said Range Manager,
Andy Andrews. The soldiers commonly
refer to the training course as nasty.
The inexperienced soldiers get a hard look into the realities of war
through this over-the-top, adrenaline rush of a training exercise, which feels
like real life endangering war. This
type of hands-on training is vital in their survival during a real urban war.
Lt.
Col. Paul Jussel, Chief, Doctrine Division ETBB said, There have been few
places in our Army where leaders could train in urban terrain conditions. We are changing that at Fort Knox. The Zussman MUCTS will provide an area for
leaders from all organizations to practice techniques and procedures between
heavy and light forces. It is built
with the best special effects available to the Army today. Zussman MUCTS serves as a training ground
for as many as 80,000 U.S. soldiers a year.
Col.
Richard P. Geiser, Directorate of the Armor School at Fort Knox said, This new
training facility is a vast improvement over the older methods of urban warfare
training. This training facility is one
of the best in the world, and we are proud of it.
The Zussman MUCTS project was recently awarded the Army
Chief of Engineers Special Recognition Award in the 2002 Design and
Environmental Awards Program. The
U.S. Army Corps of Engineers and its professional partners created the Chief of
Engineers Design and Environmental Awards Program (DEAP) in 1965 to recognize
and promote excellence in design achievements. This was the first time
in 37 years that this award had been given with the jury panel commenting,
[this] was by far the most innovative of the projects submitted.
The
true test and evaluation of the effectiveness of a Mounted Urban Combat
Training Site comes from those who operate it and those who experience the realities
this complex represents in warfare in an urban environment. As noted previously from the comments,
reviews and awards given, Polyengineering in close collaboration with the
client and several military agencies and personnel throughout the United States
was successful in designing a world-class urban warfare training facility that
offers U.S. soldiers a realistic glimpse into what to expect when fighting in
an urban environment.
Our client, The Corps of Engineers was so pleased
with the final project result they requested and have been granted permission
to distribute copies of the Polyengineering design plans to other military
facilities and designers to use as a standard reference for future Mounted
Urban Combat Training Sites.
1.) FACTOR ONE- EXPERIENCE (cont.)
(b.)
Section II Project Experience (cont.)
Specialty Item Number SIN
871-5 Integrated Logistics Support
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S.
Army Corps of Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman Mounted Urban
Training Complex (MUTC)
Project Description The Zussman Mounted Urban Combat Training
Site located on 26 acres of rocky wilderness in Fort Knox, Kentucky is a
state-of-the-art mock city with over 2500 computer-controlled targets, sensors,
cameras and special effects integrated through-out the entire city for the
purpose of exposing troops to extreme levels of physical and psychological
stress typically experienced in an actual urban conflict.
In planning for the logistics support
for the Zussman Mounted Urban Combat Training Site and keeping in mind the
long-term realiability and maintainability requirements to keep complex target
systems and communications systems functioning reliabily seven days a week, our
design engineers designed these systems utilizing compressed air and fiber
optic cabling to insure reliable, cost effective operation.
Utilizing an industrial automation
network known as Device-Net to control and communicate with targets, sensors
and cameras, the system is constructed of ten networks, five personal
computers, and over 400 I/O modules, which are encapsulated into specially
designed node boxes to facilitate interfacing the networks with the targets,
sensors and cameras. The
MUCTS Device Net system is used to control eight (8) special effects (falling
utility pole, collapsing bridge, three (3) moving cars, three (3) smoke
generators, and five (5) flame effects (3 burning cars and 2 burning
buildings). These effects are capable
of occurring simultaneously. The Device
Net system is also used to control cameras on site and enables the cameras to
only record when sensors indicate activity in the area, which greatly reduces
the amount of editing required by the Range Trainers in preparation for an
After Action Review (AAR).
In
order to reduce costs and assure availability, most of the special effects
where designed to use off-the-shelf products or supplies that had never been
used for military applications. The
sustainability of Zussman is remarkable being that the complex can run multiple
training scenarios and exercises in one day and can operate 7 days a week. Zussman MUCTS has the operational
reliability and maintainability to provide training for as many as 80,000 U.S.
soldiers a year. The innovative
techniques developed, tested and proven for this project will be used in future
training sites around the world
1.) FACTOR ONE- EXPERIENCE (cont.)
(b.)
Section II Project Experience (cont.)
Specialty Item Number SIN
871-6 Acquisition and Life Cycle Management
Primary Engineering Discipline(s) Civil, Electrical and
Mechanical
Client U.S.
Army Corps of Engineers, Louisville, Kentucky
Contact Mr. Mike Haag
Phone Number (502)
582-6245
Fax Number (502
582-6763
E-Mail e-mail
Mike.Haag@lrl02.usace.army.mil
Project Zussman Mounted Urban
Training Complex (MUTC)
Dollar Value $3,176,981
Project Description The Zussman Mounted Urban Combat Training
Site located on 26 acres of rocky wilderness in Fort Knox, Kentucky is a
state-of-the-art mock city with over 2500 computer-controlled targets, sensors,
cameras and special effects integrated through-out the entire city for the
purpose of creating training exercises
that expose troops to extreme levels of physical and psychological stress
typically experienced in an actual urban conflict.
Polyengineering Inc s design team
designed the Zussman MUCTS facility with functionality, operational realiability
and cost effectiveness being considered in all aspects of the design, operation
and maintenance of the facility. The
training facilities command / control / observation tower is camouflaged in a
mock elevated water tower which allows a 360-degree visual of the entire range
and allows commanders to create different urban battlefield conditions through
the operation of the facilities s 2500 computer-controlled targets, sensors,
cameras and special effects. This level
of diversity and adaptability in creating so many battlefield environments in
an urban setting has never been achieved before.
During
the bidding process for the construction phase, the technology component was
grossly over budget. Through
Polyengineering s previous working relationship with the U.S. Army Aviation
& Missile Command in Huntsville, AL, a contract with the U.S. Army Aviation
& Missile Command in Huntsville to purchase and install the Device-Net
technology system resulted in reducing the costs for the technology component
by 50%. To keep within budget
constraints, most of the special effects were purchased off-the-shelf, yet used
creatively for military applications.
The sustainability of Zussman is remarkable being that the complex can
run various training scenarios/exercises in one day and can operate 7 days a
week.
F.L.
Andrews, Range Manager for the Directorate of Plans, Training and Mobilization
for the
G-3
Division of the U.S. Armor Center said it best in a letter of commendation,
Polyengineering successfully found highly functional, survivable and cost
efficient methodologies to meet our unique and demanding needs.
Zussman
MUCTS stands today as a hallmark of excellence in urban combat training, hailed
by many training experts as the best and most realistic urban training facility
in the world. Planning and designing
this type of facility called for design innovation, untested methods and
techniques for training to obtain the most realistic urban battlefield conditions
possible while at the same time creating a facility that is functional,
sustainable and operationally efficient.
Through close collaboration with the client and several military
agencies and personnel throughout the United States, the design team at
Polyengineering was able to design a world-class urban warfare training
facility that offers U.S. soldiers a realistic glimpse into what to expect when
fighting the enemy in a built-up urban setting
871-1
STRATEGIC PLANNING FOR TECHNOLOGY PROGRAMS/ACTIVITIES
Defining
and interpreting high-level organizational goals and objectives
Developing
strategic plans and approaches to meet objectives
Organizational
performance assessment
Special
studies and analysis
Training,
privatization and outsourcing
871-2
CONCEPT DEVELOPMENT AND REQUIREMENTS ANALYSIS
Developing
alternative technical approaches / methodologies to meet objectives and
operational requirements
Cost/cost-performance
trade-off analysis
Feasibility
analysis
Regulatory
compliance support
Inovative
conceptual designs of technological systems
871-3
SYSTEM DESIGN, DEVELOPMENT AND REQUIREMENTS ANALYSIS
Translation
of conceptual designs into comprehensive, detailed engineering plans and
specifications
Specific
design of technological systems to meet unique requirements and simulate
specific conditions
Integration
of technological systems to meet objectives and operational requirements
Inovative
design of systems and operational controls to provide multiple training
senarios
Development
of highly functional, survivable and cost-effective methodologies to meet
unique requirements
Configuration
management and document control
871-4
TEST AND EVALUATION
Testing
and evaluating the effectiveness of a technological system
Environmental
testing
Independent
verification and validation
Reverse
engineering
Simulation
and modeling
System
safety and quality assurance
Physical
testing of the product or system
871-5
INTEGREATED LOGISTICS SUPPORT
Ergonomic/human
performance analysis
Requirements
determination
Feasibility
analysis
Logistics
planning
Training,
privatization and outsourcing
871-6
ACQUISITION AND LIFE-CYCLE MANAGEMENT
Acquisition
support
Operations
and maintenance
Long-term
reliability and maintainability
Technology
management
Training,
privatization and outsourcing
Civil
Engineering
Electrical
Engineering
Mechanical
Engineering
Listed below is Polyengineering, Inc. s approved labor
categories and fully loaded hourly rates including GSA s .75% Industrial
Funding Fee.
POLYENGINEERING INC. GSA
LABOR RATES
|
|||||
BASE YEARS |
|||||
Effective |
9/05/2003 |
9/05/2004 |
9/05/2005 |
9/05/2006 |
9/05/2007 |
Dates |
9/04/2004 |
9/04/2005 |
9/05/2006 |
9/04/2007 |
9/04/2008 |
Labor Categories |
Year 1 |
Year 2 |
Year 3 |
Year 4 |
Year 5 |
Senior
Project Manager |
$135.99 |
$141.43 |
$147.08 |
$152.96 |
$159.08 |
Senior
Project Engineer |
$116.73 |
$121.39 |
$126.24 |
$131.30 |
$136.56 |
Project
Engineer |
$88.69 |
$92.24 |
$95.92 |
$99.76 |
$103.75 |
Prof
Engineer A |
$80.27 |
$83.47 |
$86.82 |
$90.28 |
$93.90 |
Staff
Engineer |
$75.67 |
$78.69 |
$81.84 |
$85.11 |
$88.52 |
Prof
Engineer B |
$61.78 |
$64.25 |
$66.82 |
$69.50 |
$72.27 |
Junior
Engineer |
$50.04 |
$52.04 |
$54.12 |
$56.29 |
$58.54 |
Electrical
Engineer |
$84.00 |
$87.36 |
$90.86 |
$94.49 |
$98.27 |
Mechanical
Engineer |
$75.42 |
$78.44 |
$81.59 |
$84.85 |
$88.25 |
Engineering
Tech |
$53.76 |
$55.91 |
$58.14 |
$60.46 |
$62.89 |
CAD
Drafter A |
$39.86 |
$41.45 |
$43.10 |
$44.82 |
$46.62 |
CAD
Drafter B |
$33.85 |
$35.20 |
$36.62 |
$38.07 |
$39.59 |
CAD
Drafter C |
$24.68 |
$25.67 |
$26.70 |
$27.77 |
$28.87 |
Clerical |
$33.87 |
$35.23 |
$36.64 |
$38.10 |
$39.62 |
Surveyor |
$51.01 |
$53.05 |
$55.18 |
$57.39 |
$59.68 |
Environmental |
$59.42 |
$61.80 |
$64.28 |
$66.85 |
$69.52 |
Inspector |
$53.04 |
$55.17 |
$57.38 |
$59.67 |
$62.06 |
POLYENGINEERING INC. GSA
LABOR RATES
|
|||||
OPTION YEARS |
|||||
Effective |
9/5/2008 |
9/5/2009 |
9/5/2010 |
9/5/2011 |
9/5/2012 |
Dates |
9/4/2009 |
9/4/2010 |
9/4/2011 |
9/4/2012 |
9/4/2013 |
Labor Categories |
Year 6 |
Year 7 |
Year 8 |
Year 9 |
Year 10 |
Senior
Project Manager |
$167.03 |
$175.40 |
$184.16 |
$193.37 |
$203.04 |
Senior
Project Engineer |
$143.38 |
$150.55 |
$158.08 |
$165.98 |
$174.28 |
Project
Engineer |
$108.94 |
$114.38 |
$120.09 |
$126.11 |
$132.42 |
Prof
Engineer A |
$98.58 |
$103.52 |
$108.69 |
$114.13 |
$119.83 |
Staff
Engineer |
$92.95 |
$97.59 |
$102.46 |
$107.60 |
$112.97 |
Prof
Engineer B |
$75.88 |
$79.67 |
$83.66 |
$87.84 |
$92.24 |
Junior
Engineer |
$61.47 |
$64.54 |
$67.77 |
$71.16 |
$74.72 |
Electrical
Engineer |
$103.18 |
$108.34 |
$113.77 |
$119.45 |
$125.42 |
Mechanical
Engineer |
$92.66 |
$97.28 |
$102.15 |
$107.26 |
$112.62 |
Engineering
Tech |
$66.03 |
$69.34 |
$72.80 |
$76.44 |
$80.27 |
CAD
Drafter A |
$48.95 |
$51.39 |
$53.96 |
$56.66 |
$59.49 |
CAD
Drafter B |
$41.58 |
$43.67 |
$45.84 |
$48.14 |
$50.55 |
CAD
Drafter C |
$30.32 |
$31.83 |
$33.42 |
$35.09 |
$36.85 |
Clerical |
$41.60 |
$43.69 |
$45.87 |
$48.16 |
$50.58 |
Surveyor |
$62.67 |
$65.80 |
$69.08 |
$72.54 |
$76.17 |
Environmental |
$72.99 |
$76.64 |
$80.47 |
$84.50 |
$88.73 |
Inspector |
$65.16 |
$68.42 |
$71.83 |
$75.42 |
$79.20 |
6.) Minimum Order: $100
7.) Geographic Coverage (delivery area): FOB Destination within the 48 contiguous states, the District of Columbia, Alaska, Hawaii and Puerto Rico
8.) Point(s) of
Production (City, County and State): Dothan, Houston County,
Alabama
9.) Discount from list
prices or statement of net price: There is no discount
from list prices
10.) Quantity Discounts: None
11.) Prompt Payment
Discount:
.5% if paid within 30 days
12.) Government purchase
cards accepted up to $2,500 micro-purchase threshold: Yes
13.) Government purchase
cards accepted over $2,500 micro-purchase threshold: No
14.) Foreign Items (List
items by country of origin): N/A
15.) Time of Delivery: Specified of Task Order
16.) F.O.B. Point(s): FOB Destination within the 48 contiguous states, the District of
Columbia,
Alaska, Hawaii and Puerto Rico
17.) Ordering Address: Polyengineering Inc.
P.O.
Box 837
1935
Headland Avenue
Dothan,
AL 36302
(334)
793-4700
18.) Payment Address: Polyengineering, Inc.
P.O.
Box 837
Dothan,
AL 36302
19.) Data Universal
Number System (DUNS) Number: 021246558
20.) Central Contractor
Registration Cage Code: 0G2J5
21.) Contract
Administrator: Dan Odom
Phone
(334) 793-4700
Fax
(334) 677-9477
E-Mail dodom@polyengineering.com
Web http://www.polyengineering.com/