This document is a statement of qualifications for Joseph M. Cirone, a licensed civil engineer and certified professional in erosion and sediment control. It outlines his educational background, licenses, professional affiliations, and relevant experience on several projects involving stormwater management, floodplain delineation, utility design, and site development. These projects include commercial and residential developments where he served as the project engineer or manager.

1. 
Statement
of
Qualifications

JOSEPH
M.
CIRONE,
PE,
CPESC
Licensed
Professional
Civil
Engineer
|
Certified
Professional
in
Erosion
&
Sediment
Control
R esult-­‐focused
civil
engineering
professional
with
a
combined
eleven
(11)
years
of
design
engineering
and
project/team
management
experience.
Extensive
work
within
the
water
resources
and
civil/municipal
industries
developing
skills
in
hydrologic
and
hydraulic
modeling,
erosion
and
sediment
control,
river
mechanics,
domestic
water
and
sanitary
sewer
design,
grading
and
drainage,
and
engineering
project
management.
Served
as
lead
designer
and
project
manager
on
a
number
of
projects
throughout
career.
Accomplished
communicator
and
problem
solver;
relates
extremely
well
to
the
general
public,
colleagues
and
staff.
Establishes
strong
relationships
with
the
municipalities
and
agencies
of
jurisdiction;
manages
processes
from
entitlements
through
construction
phase
services.
As
a
team
leader,
completed
overall
site
and
general
municipal
designs
for
a
number
of
public,
private,
residential,
and
commercial
developments.
EDUCATION
• Bachelor
of
Science
Degree
in
Civil
Engineering,
Bradley
University,
1999
REGISTRATION
• Professional
Engineer
(Civil)
–
Arizona
• Certified
Professional
in
Erosion
and
Sediment
Control
PROFESSIONAL
ASSOCIATIONS
• Arizona
Floodplain
Management
Association
(AFMA)
• Association
of
State
Floodplain
Managers
(ASFPM)
• U.S.
Green
Building
Council
(USGBC)
–
Arizona
Chapter
• Project
Management
Institute
(PMI)
–
Phoenix
Chapter
• Urban
Land
Institute
(ULI)
• National
Association
of
Industrial
and
Office
Properties
(NAIOP)
RELEVANT
EXPERIENCE
M r.
Cirone
has
served
as
project
engineer
and
project
manager
for
several
storm
water
conveyance
facilities,
trail
systems,
storm
drain,
and
dry/wet
utility
projects
throughout
the
Phoenix
Metro
area.
THE
WELLS,
MARICOPA
POWER
CENTER:
The
subject
The
design
of
the
channel
incorporated
a
trail
property
consists
of
an
eighty
(80)
acre
system,
horse
pathway,
and
split
rail
safety
fence
commercial
power
center
located
within
the
adjacent
to
the
channel
embankment.
The
overall
corporate
limits
of
the
City
of
Maricopa,
Pinal
infrastructure
costs
associated
with
the
project
County,
AZ.
The
project,
to
provide
civil
tallied
approximately
twelve
(12)
million
dollars.
engineering
and
survey
support
services
including
Ricor
Inc.
conducted
the
construction
of
the
off-­‐
master
planning,
off-­‐site
infrastructure,
and
on-­‐ sites;
the
improvements
were
recently
completed
site
site
development.
(2009).
Managed
and
designed
3,000
lineal
feet
of
open
channel
storm
water
conveyance
located
adjacent
NORTH
SCOTTSDALE
FLOODPLAIN
DELINEATION
STUDY:
to
the
Maricopa
Casa
Grande
Highway
(MCGH).
Contracted
by
the
Flood
Control
District,
in
The
project
required
significant
coordination
with
association
with
the
Town
of
Carefree
and
City
of
the
Bureau
of
Land
Management
(BLM),
the
Scottsdale,
to
perform
a
floodplain
delineation
Arizona
Department
of
Transportation
(ADOT),
study
in
the
North
Scottsdale
area
in
2003.
the
Union
Pacific
Rail
Road,
Kinder
Morgan,
Pinal
County,
City
of
Maricopa
(COM),
Global
Water
The
study
encompassed
approximately
15
square
Resources,
Southwest
Gas,
Electrical
District
No.
3
miles
of
study
area
that
included
five
major
(ED#3),
and
the
Maricopa
Stanfield
Irrigation
&
washes
and
approximately
24
river-­‐miles
of
Drainage
District
(MSIDD).
delineations.
September
10,
2010

2. 
Statement
of
Qualifications

Responsible
for
the
delineation
of
regional
Completed
master
drainage,
water
and
watersheds
and
the
associated
hydraulic
analysis
wastewater
studies,
and
coordinated
with
including
culvert
design,
roadway
overtopping,
multiple
jurisdictional
agencies.
The
project
is
roughness
coefficients,
soil
conditions,
land
use
LEED-­‐Silver.
due
diligence,
and
applicable
AutoCAD
exhibits.
Performed
the
necessary
tasks
to
completion
and
PLAYA
DEL
REY
ESTATES
LAKE
REMEDIATION
on
time.
INVESTIGATION:
Contracted
by
the
Playa
Del
Rey
Estates
Homeowner’s
Association
(HOA)
to
The
contracted
cost
and
time
for
the
preliminary
analyze
the
existing
embankment
degradation,
analysis
and
design
was
$230,000
and
spanned
12
provide
recommended
remediation
approach,
and
months.
develop
fee
schedule
for
watercrafts.
The
lake
is
utilized
for
recreational
water
skiing
and
wake
DESERT
RIVER:
The
subject
property
consists
of
a
boarding
activities.
Developed
strong
relationship
one
hundred
and
ten
(110)
acre
Planned
Area
with
the
HOA
and
the
community
in
helping
Development
(PAD)
within
the
City
of
Glendale,
remedy
the
lake
erosion
issues.
Analyzed
wave
Maricopa
County,
AZ.
energy
and
conducted
field
analysis
of
wave
heights
for
inclusion
within
study.
Managed
and
coordinated
the
design
of
99th
Avenue
improvements.
SKYLINE
RANCH
MARKETPLACE:
The
subject
property
consists
of
a
64-­‐acre
commercial
development
Responsible
for
design
of
12-­‐kV
SRP
electrical
located
roughly
at
the
northeast
corner
(NEC)
of
bury,
reclaimed/effluent
water
line
extension,
Hunt
Highway
and
Gary
Road,
Pinal
County,
water
and
sewer
service
connections,
dry
utility
Arizona.
The
development
included
the
design
of
coordination,
and
SRP
irrigation
fee
simple
an
on-­‐site
storm
drain
and
surface
retention
property
relocation
and
applicable
license
system
utilized
for
detention
and
conveyance
of
agreements.
on-­‐site
runoff
to
the
adjacent
Sonoqui
Wash.
UPSI
AT
ASU
POLYTECHNIC
CAMPUS:
The
subject
Corresponding
analyses
included
HEC-­‐1
hydrologic
property
consists
of
a
156
acre
Pre-­‐K
through
12th-­‐ modeling,
detention
staged
storage
analyses,
Grade
University
Public
School
located
in
Mesa,
inlet/outlet
structure
hydraulic
modeling,
channel
Arizona.
Provided
civil
engineering
and
surveying
conveyance,
scour
and
sedimentation
HEC-­‐11,
support
services
for
Part
1
and
Part
2
of
the
HEC-­‐14,
and
incipient
motion
analyses,
and
project
phase
including
master
planning,
off-­‐site
dissipation
via
drywells
and
direct
ground
surface
infrastructure
and
site
development
engineering.
percolation.
In
addition
the
on-­‐site
discharge
into
The
project
is
LEED-­‐Silver.
the
Sonoqui
Wash
was
limited
to
pre-­‐
development
conditions.
The
site
was
completed
in
early
2009.
September
10,
2010