William B. Wallis, P.E.
Senior Principal/Partner
William, or Bart as most people refer to him, started his career nearly four
decades ago as a structural engineer for a major precast, prestressed concrete
contracting company. His experience with product development and testing
and with field personnel provided Bart with valuable insight and understanding
of constructability. His early experience has shaped Bart’s approach to
a project. To this day he works closely with each project’s construction
manager to select the most appropriate framing system for the building type and
local construction practices.
Bart has designed a variety of project types using cast-in-place concrete, composite
precast concrete, post-tensioned concrete and structural steel. He has earned
a national reputation for the design of sport facilities, which include eight
NFL stadiums and three Major League ballparks, two arenas and a convention center. He
has also designed office buildings, retail facilities, hotels, parking garages,
airport concourse, residential structures and two facilities at the EPCOT Center. The
location of his projects range from New England to Grand Cayman and west to St.
Louis and involve a variety of foundation types and soil conditions including
glacial till, sinkholes and structures over water, with design considerations
varying from freezing conditions to tropical hurricanes and earthquakes.
Bart is a Florida Certified Special Inspector and has served as an expert witness
representing structural engineers.
Education
MSIE, University of Miami, May 1987
Major: Industrial Engineering
MBA, University of Miami, May 1987
Major: Business Administration
BSCE, University of Miami, December 1973
Major: Structural Engineering
Licensed Engineer
Florida
North Carolina
Maryland
Michigan
Massachusetts
Pennsylvania
Missouri
Virginia
Memberships
American Institute of Structural Engineers
Florida Structural Engineering Association
National Council of Examiners for Engineering and Surveying
Expert Testimony
William B. Wallis has provided expert testimony on the Raleigh Entertainment
and Sports Arena, Ford Field, and Lane Stadium at Virginia Tech.
Select Projects
Miami-Dade Children’s Courthouse, Miami, Florida
- Twelve story building
- Post-tensioned in Downtown Miami
- Principal-in-Charge, Engineer of Record
Florida Marlins New Ballpark, Miami, Florida
- 38,000 seat ballpark for the Florida Marlins
- Project currently on hold, Design Completed to 30% construction documents
- Principal-In-Charge, Engineer of Record
Orange Bowl Stadium, Miami, Florida
- 72,000 seat stadium
- Field lighting replacement
- Principal-In-Charge, Engineer of Record
Dolphins Stadium, Miami, Florida
- Concourse Expansion and Improvements
- Primary Structural Frame is precast concrete
- Principal-In-Charge, Engineer of Record and Threshold Inspector
Dolphins Stadium, Miami, Florida
- Conversion of NFL stadium to accommodate Major League Baseball
- Retractable seating,
- Principal-In-Charge, Engineer of Record
Dolphins Stadium, Miami, Florida
- 73,000 seat stadium for the Miami Dolphins.
- Primary structural frame, cast-in-place concrete
- Project Manager, Engineer of Record
Raymond James Stadium, Tampa, Florida
- 65,000 seat open air football stadium for the Tampa Bay Buccaneers
- Primary structural frame cast-in-place concrete
- Principal-in-Charge, Engineer of Record
Alltel Stadium, Jacksonville, Florida
- 65,000 seat open air football stadium for the Jacksonville Jaguars
- Primary structural frame cast-in-place concrete with composite prestressed
joist and soffit beam system.
- Project Manager, Engineer of Record
Jacksonville Veterans Memorial Arena, Jacksonville, Florida
- 15,000 seat multipurpose arena
- Primary structural frame, cast-in-place concrete with a long span structural
steel roof.
- Principal-in-Charge, Engineer of Record
PressBoxTower Renovation
and Addition at Ben Hill Griffin Stadium, University of Florida, Gainesville, Florida
- Primary Structural Frame, cast-in-place concrete, precast concrete, structural
steel
- Principal-in-Charge
Ben Hill Griffin Stadium, University of Florida, Gainesville, Florida
- 10,000 Seat Addition to North End Zone of the existing football stadium.
- Primary structural frame, cast-in-place concrete with precast prestressed
composite joists.
- Project Manager, Engineer of Record.
Busch Stadium, New St. Louis Cardinals
Ballpark, St. Louis, Missouri
- 42,000 seat open air baseball park for the St. Louis Cardinals
- Primary structural frame, cast-in-place beams and columns with precast, prestressed
circumferential beams and double tee units. Upper seating deck supported
by structural steel.
- Principal-in-Charge, Engineer of Record
Gillette Stadium, Foxborough, Massachusetts
- 65,000 seat football stadium for the New England Patriots
- Primary structural frame, structural steel
- Principal-in-Charge, Engineer of Record
Heinz Field, Pittsburgh, Pennsylvania
- 65,000 seat football stadium for the Pittsburgh Steelers
- Primary structural frame, structural steel, including a 75 foot cantilevered
canopy
- Principal-in-Charge, Engineer of Record
M&T Stadium at Camden Yards, Baltimore, Maryland
- 65,000 seat open air football stadium for the Baltimore Ravens
- Primary structural frame, cast-in-place concrete beams and columns with precast,
prestressed circumferential beams and double tee units. Upper seating deck
supported by structural steel
- Principal-in-Charge, Engineer of Record
FedEx Field, Landover, Maryland
- 84,000 seat open air football stadium for the Washington Redskins
- Primary structural frame cast-in-place concrete, Upper seating deck supported
by structural steel.
- Principal-in-Charge, Engineer of Record
Bank of America Stadium, Charlotte, North
Carolina
- 65,000 seat open air football stadium for the Carolina Panthers
- Primary structural frame cast-in-place concrete beams and columns with precast
prestressed double tees.
- Project Manager, Engineer of Record
ComericaPark, Detroit, Michigan
- 47,000 seat open air baseball park for the Detroit Tigers
- Primary structural frame, cast-in-place concrete and structural steel
- Principal-in-Charge, Engineer of Record
OriolePark at Camden Yards, Baltimore, Maryland
- 48,000 seat open air baseball stadium of the Baltimore Orioles
- Primary structural frame cast-in-place concrete and structural steel
- Project Manager
Myrtle BeachConvention Center, Myrtle
Beach, South Carolina
- Major expansion to the existing convention center including a 220 foot by
440 foot column free convention hall
- Primary structural frame structural steel.
- Project Manager
BrowardCounty Judicial Complex, Fort
Lauderdale, Florida
- Two Six-Story Office and Courtroom Wings
- Spread footings on soils improved by vibro-flotation/stone columns, composite
precast concrete, architectural precast concrete.
- Three Pedestrian Bridges spanning 125-ft to 189-ft
- Structural steel
- Engineer of Record
CocoWalk, Coconut Grove, Florida
- 3 levels, 150,000 sf of specialty shops, movie theaters, restaurants and
outdoor entertainment over 2 levels of underground parking.
- Post-tensioned mat foundation, post-tensioned flat slab parking levels, composite
precast concrete retail levels, structural steel movie theaters and heavy timber
restaurants.
- Engineer of Record
The 110 Tower, Fort Lauderdale, Florida
- 30-Story, 900,000 SF Office, hotel, club, retail and parking for1002 cars.
- Auger cast pile foundation, composite precast concrete, post-tensioned transfer
girders.
- Project Engineer
CrockerCenter, Boca
Raton, Florida
- Two 6-story office buildings 523,00sf with two 4-level parking garages for
804 cars.
- Precast pile foundation, composite precast concrete.
- Project Manager
Sandlake IV OfficeBuilding, Orlando, Florida
- Ten-Story office building with parking garage.
- Composite precast concrete
- Project Engineer
BramerBuildings I, II and III, Grand
Cayman, BWI
- Three-story office buildings.
- Cast-in-place concrete.
- Project Engineer
Concourse “F” Expansion & Modification, Miami
International Airport, Florida
- Three Level, 117,000sf, 12 gate addition
- Auger Cast pile foundation, 3-way post-tensioned rib spanning 69 feet.
- Project Manger
Marriott Harbor West Hotel, Fort Lauderdale, Florida
- Thirteen-story, 572 room hotel with convention facilities, two-level 508
cars, restaurant building
- Precast concrete pile foundation, 2-way flat slab hotel, post-tensioned flat
slab parking, basement kitchen for convention facility with steel roof, heavy
timber restaurant.
- Project Engineer
Marriott Griffin Gate Hotel, Lexington, Kentucky
- Seven-Story, 305 room hotel with convention facilities
- Two-way flat plate hotel with steel roof convention facilities.
- Project Engineer.
Radisson Plaza Orland Hotel, Orlando, Florida
- Fifteen-Story, 342 room hotel with convention facilities, 8-story parking
for 450 cars.
- Mat foundation, 2-way flat plate hotel with transfer girders over convention
facilities, elevated pool deck, composite precast concrete with post-tensioned
concrete parking garage.
- Project Manager
CapitalCommons, Tallahassee, Florida
- Six-Levels below grade parking garage for 1200 cars.
- Caisson foundation, tie-back basement wall, post-tensioned flat plate
- Project Manager
Lincoln Lane West, Miami Beach, Florida
- Five-Level parking garage for 1,429 cars.
- Composite prestressed soffit beams and one way slabs.
- Project Engineer for Precaster.
NaplesCommunityHospital, Naples, Florida
- Seven-Level parking garage for 1400 Cars
- Composite precast concrete
- Project Engineer
Speaker
“The Path to Greater Architectural Freedom with Today’s Structural
Steel” sponsored by the American Institute of Structural Construction,
February 2002.
Articles
“Constructing Gillette Stadium”, Building Safety Journal, June
2003 and Cost Engineering, December 2002.
Article, “A Showcase in Steel, Teaming up to design Heinz Field”,
Structural Engineer”, January 2003.
“Constructing Gillette Stadium”, Cost Engineering, December 2002.
“On-time delivery”, Stadia, December 2001.
“The Renovation and Expansion of the Myrtle Beach Convention Center, SEF,
November 1994.
“Structural Considerations at Camden Yards”, Modern Steel Construction,
November 1992.