Engineer Project
Resume:
ANGELO I. SPILIOTIS
SENIOR ENGINEER
Newark, CA 94560
PH: (510) 228 - 5044
Registration
Civil Engineer, State of California, C42997
Education
B.S. Civil Engineering, San Jose State University, San Jose, CA
Responsibilities
Responsibilities as Senior Engineer include leading the structural design,
development of preliminary and construction contract documents, quality
control, oversight of staff engineers and managing of the projects to be
within their budget. In addition to the above, a good portion of my work
includes writing proposals, marketing to bring in new clients and also
keeping in contact with our existing clients for any possible projects.
Experience
December 1983 - April 1985 Robelo/Kocjan Associates
Redwood City, CA
April 1985 - October 1987 Intergrated Design Services
Concord, CA
October 1987 - August 1990 CRJG
Menlo Park, CA
September 1990 - February 1998 DES
Redwood City, CA
February 1998 - Present Biggs Cardosa Associates
San Jose, CA
Projects
Santa Clara Convention Center Ballroom, Santa Clara, CA: Project
Engineer/Manager for the design of one story steel structure approximately
40,000 sq. ft. in area. The structure incorporated a combination of
special X-brace frames and moment frames. The roof consisted of 136'-0"
single span steel trusses with metal deck.
Veterans Admin. Emergency Generator Building 203, San Francisco, CA
Project Engineer/Manager for the design of a building structure,
approximately 1500 sq. ft. in area, housing the emergency generator for the
hospital. The building is located within the dune sands hill side and
adjacent to existing structures. The structure consists of a concrete mat
slab, concrete retaining walls and concrete fill over metal deck and steel
beams at the roof level. Due to limited accessibility, because of the
building location, a feature in the structure includes the allowance for
portion of the building roof to be removable and thus allow a crane to
remove the emergency generator in or out of the building.
Veterans Administration Building 208, San Francisco, CA
Prepared structural drawings and calculations that included structural
analysis of the existing floor system to support the ARJO (Maxi Sky)
ceiling lifts.
Veterans Administration Building 16, San Francisco, CA
Prepared structural drawings and calculations for the design of a two-story
wood structure approximately 6,700sf in area. The structural system
includes a concrete grade beam grid system, plywood diaphragms over roof
and floor wood truss joists and plywood shear wall panels.
Downtown San Jose Bart Station, San Jose, CA: Assisted in the design for
portion of the proposed bart extension tunnel along Santa Clara Street.
Work included performing calculations and structural drawing sections along
length of station for the tunnel.
As a separate project to the above, I carried out a structural field survey
of various existing buildings along Santa Clara Street and prepared
drawings that included cross-sections of the tunnel relative to the
existing buildings. The main purpose of this was to obtain any
interference that may occur between the tunnel and the foundation systems
of the existing buildings and to obtain a more precise scope for the
shoring of the existing buildings for tunnel construction.
Japantown Jackson Street Basements, San Jose, CA
The scope of this project was to demolish and replace the existing side
walks, handicap ramps, curbs and gutters along Jackson Street. On my part,
I performed field survey of the existing basements along Jackson Street
that protruded into the street sidewalks and provided calculations and
drawings for the support for the new sidewalks, which also included street
basement elevators (dumbwaiters), from the existing basement walls and new
concrete beams required to support the sidewalk loads.
University of Santa Clara Solar Panel Carports, Santa Clara, CA
Project engineer for the design of approximately ten carports designed to
support solar panels. The main structural system is a cantilevered steel
tube column in the center of each carport with cantilevered steel tube
beams and cross beams that support the solar panels. The foundation system
included both spread footing and poured in place concrete piers.
Solyndra Mechanical Equipment, Fremont, CA
Provided structural drawings and calculations for numerous mechanical
equipment anchorage and conveyor steel frames incorporated for the
fabrication/automation for their solar panels. In addition, I performed
special inspections for the epoxy in place bolts and wedge anchors for unit
anchorage.
Stockton Products, Livermore, CA
Project Engineer/Manager for the design of a one story concrete tilt-up
building, approximately 35,000 square feet in area, includes several
mezzanines for storage and office building. The roof was of open web steel
joists panelized roofing system that allowed for future solar panel
installation throughout the field of the roof.
Saratoga Capital Century Center, San Jose, CA: Project Engineer/Manager
for the design of a four structure wood framed structure with steel moment
frames over reinforced concrete podium slab with underground parking below
that included a concrete mat slab foundation. The retaining walls at the
perimeter of the underground parking, that in some cases support the
adjacent city streets, are of shotcrete. In addition, adjacent building
foundations were underpinned to avoid surcharges and collapse of the
existing structures due to over excavation for the underground parking.
Saint Joseph Parish, Fremont, CA: Engineered and managed the design of St.
Joseph's Catholic Church in Mission San Jose. The structure which takes
the shape of a parabola does not incorporate any interior columns. As a
result, the structure was designed as a shell structure with an exterior
tension ring, at the perimeter of the structure, and a compression ring at
the center of the parabola. The rings were of steel. The lateral
resisting system consists of cantilevered concrete columns that absorb
torsion and bi-axial loading.
Pepsi Distribution/Production Center, Hayward, CA: Project engineer for
the design of four buildings approximately 315,000 sq. ft. in area. The
structures included a 21,000 sq. ft. one-story office building constructed
of steel, a 148,000 sq. ft. concrete tilt-up warehouse, an 114,000 sq. ft.
tilt-up structure for production and a 43,000 sq. ft. truck fleet
maintenance building.
Jefferson Place, Bohannon Business Park, Menlo Park, CA: Project
Engineer/Manager for the design for three steel-framed, three-story
buildings, that incorporated steel chevron braced frames for lateral
resistance.
Madrone Parkway, Morgan Hill, CA: Project Engineer for the design of ten,
one and two story structures that incorporated a combination of concrete,
steel, and wood. The area of the structures varied from 10,000 to 160,000
sq. ft. in area.
Santa Clara Senior Center, Santa Clara, CA: Project Engineer/Manager for
the design of a two story steel/masonry block, and heavy timber trusses
structure. The structure houses two swimming pools, a spa, a fitness
center, locker rooms, computer rooms and general offices.
East Valley YMCA, San Jose, CA: Project Engineer for the design of a
natatorium, equipment rooms, new gymnasium, lobby locker rooms, as well as
17,000 square feet of renovation of the existing facility.
Allan Hancock College Skills Center, Santa Maria, CA: Engineered and
managed the design of a one story wood/steel framed structure approximately
24,000 sq. ft. in area.
Holy Spirit School, San Jose, CA: Project Engineer/Manager for the design
of an approximately 20,000 sq. ft. in area administration building, three
classrooms and a gymnasium. The structures were constructed of concrete
block and wood roofs.
Daves Elementary School, Los Gatos, CA: Project Engineer/Manager for the
design of one and two story structures, approximately 58,000 sq. ft in
area, and the retrofit of existing/remodel of four existing classroom
buildings. The new structures consisted of two classroom buildings and a
multipurpose building that includes a cafeteria and stage.
Los Altos School District, Los Altos, CA: Project Engineer for the
structural analysis of buildings at nine elementary school campuses in the
Los Altos School District. The scope of work included a visual inspection
of all the sites and a preliminary structural analysis.
Los Altos School District, Los Altos, CA: Project Engineer for the design
of the necessary seismic retrofits for Bullis Elementary School.
Los Altos School District, Los Altos, CA: Project Engineer for the design
of one new building and remodel/retrofit of nine existing buildings at
Covington School.
San Jose Unified School District, San Jose, CA: Project Engineer for the
structural analysis of buildings at six elementary school campuses in the
San Jose Unified School District. The scope of work included a visual
inspection of all the sites, a preliminary structural seismic analysis and
design of necessary retrofits.
San Jose Unified School District, San Jose, CA: Project Engineer for the
structural analyses of the roof framing members for Carson, Graystone, Los
Alamitos and Randol Elementary School campuses. The scope of work included
analyses to justify roof member support for approximately twenty-five
mechanical units including unit support and roof opening framing details.
San Jose Unified School District, San Jose, CA: Project Engineer for the
structural analysis and design of necessary retrofits which includes shear
wall upgrades, hold down installation, installation of mechanical units,
strengthening of the curved glulam beams in the multipurpose room and the
addition of shear walls in Building "B" at Reed Elementary School.
San Jose Unified School District, San Jose, CA: Project Engineer for the
structural analysis and design for Almaden and Olinder Elementary Schools.
The project consisted of replacing some of the mechanical units with new
heavier mechanical equipment. Our services at Olinder Elementary also
included structural analysis and design of existing shear walls between the
kitchen and cafeteria, which accounted for added wall penetrations due to
duct penetrations.
References Furnished upon request.
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