George Washington University, Corcoran School of Fine Arts

George Washington University, Corcoran School of Fine Arts

Washington, DC

LEO A DALY was selected by The George Washington University (GW) to lead the effort to plan and design the work required to stabilize the building’s deterioration, and to surgically insert the required code, infrastructure and programmatic improvements into the historic fabric in order to make the landmark a viable structure.

When the building is fully occupied, the proportions of space devoted to its original, intended uses of art school and art gallery will have reversed. Going forward, the primary occupant of the building will be the University’s “Corcoran School of the Arts and Design”. As the second-floor galleries of the 1887 structure offer such unique exhibition space, those galleries will be opened to the public and managed by the National Gallery of Art (NGA), providing the school and the community the opportunity to experience works of art.

The project is being delivered in phases to accommodate GW’s needs under an Integrated Design Build (IDB) process. The work completed for the project to date includes finalization of the master program and phasing strategies for the University’s ultimate use of the landmark structure.

Additionally, we have completed the design of architectural, infrastructure and life safety renovations to the sub-basement, basement ground floor and second floor art studios, and first floor offices, required to facilitate the School of the Arts and Design’s full occupancy. The building remained occupied during most phases of the work, gradually increasing occupancy as phases were completed.

Client 

The George Washington University

At a glance

120,000 SF renovation

Features

Classrooms

Art labs

Student galleries

Faculty and administration space

2019 Craftsmanship Award winner, Mechanical: HVAC – piping, Washington Building Congress

Services

Programming

Architectural design

Planning

Historic restoration

Interior design

Public involvement

Miami-Dade College, School of Justice Tactical Training Facility

Miami-Dade College, School of Justice Tactical Training Facility

Miami, FL

The Miami Dade College, School of Justice Law Enforcement Training Academy serves the law enforcement, security and correctional officer, fire fighter and EMS academic accreditation and certification programs of the school. The facility is the largest training facility of its kind on the east coast.

The 80,000-SF tactical training facility will become an all-inclusive public safety training center to support special response teams, correctional officer, emergency response training, Homeland Security and fire rescue high liability training. The facility will provide scenario role play opportunities, an officer survival city including rappelling capability, use of training ammunition, isolation drills, scenario rooms, virtual judgment simulation labs, tactical driving simulators and defense tactics training to enhance officer skills in emergency/crisis mitigation techniques. The facility will include a Vitra/Blue Fire training lab, tactical lab, dispatch training lab, 12-lane fire arms training range, mock-courtroom and mock-intake and physical training room spaces.

Client 

Miami-Dade College

At a glance

80,000 SF

Features

  • Officer Survival City
  • 12-Lane Indoor Firing Range
  • Multiple Simulation/Virtual Training Labs
  • Tactical driving Simulators
  • Mock Courtroom
  • Physical Training Room Spaces
  • Maintenance Bay

Services

Programming

Existing building analysis

Master planning

Architectural design

Construction administration

Wayne State College, Benthack Hall

Wayne State College, Benthack Hall

Wayne, NE

 

“One of the more important design conversations we had was the lab aspect. Rather than teaching future educators in a traditional lecture-style classroom, the designers saw an opportunity for teaching and learning to occur in a lab that would emulate what students would be doing as future educators in actual classrooms.”
– Steve Elliottt, Vice President for Academic Affairs, Wayne State College

Wayne State College’s renovation of Benthack Hall made an immediate impact on the college’s home for counseling, education, and the family and consumer sciences programs. After more than four decades in service, Benthack Hall was modernized with contemporary infrastructure and timeless aesthetics. Our design team worked with Wayne State College administration and facility managers, students and faculty to program a safe, accessible, modern and flexible facility. Among the educational spaces housed inside Benthack Hall is a counseling clinic that serves surrounding rural communities and doubles as a training ground for students of the mental health professions.

Through open flow concepts and sprawling sight lines, the design uses layers of transparency to place education on display. It fosters collaboration for educators while retaining specific functions for individual programs. A new food and nutrition lab occupies the northwest of the building and includes an instructor station and student stations with electric and gas cooking equipment so students learn the advantages of both. Textile labs were designed and programmed to establish a stronger visual presence on campus. Lecture halls and restrooms were updated in place to capture greater value, conserving the cost of moving while radically improving learning experiences amid modern mechanical, electrical, plumbing and technology infrastructure.

Updated classrooms on the first level allow for visual transparency — into the learning environment and outward to campus. Updated offices on the main level allow for visual transparency and accessibility from classrooms, initiating impromptu learning opportunities. A plaza oriented north of the building activates the campus’ major pedestrian corridor and creates a new aesthetic and appearance. As a new, signature feature on campus, the plaza welcomes students, faculty and visitors into a dynamic environment while encouraging socializing and unscripted learning.

Client 

Nebraska State College System

At a glance

Hall renovation for counseling, education and family and consumer sciences programs

Programming focused on safety, accessibility and flexibility

Sustainable features

43,502 SF

Features

Classrooms

Lecture hall

Pedestrian corridor/plaza

Counseling clinic

Services

Programming

Architecture

Interior design

Civil Engineering

Mechanical Engineering

Electrical Engineering

Structural Engineering

Fire Protection and Life Safety

Construction administration

Georgia Gwinnett College, Daniel J. Kaufman Library

Georgia Gwinnett College, Daniel J. Kaufman Library

Lawrenceville, GA

The 90,883 SF, four-story, LEED Gold library was envisioned, designed, and built as a “knowledge center,” expanding the traditional role of the academic library to become the intellectual and social heart of the campus. This knowledge center exemplifies the dynamic nature of the college’s vision to be a premier 21st century liberal arts college where learning takes place beyond the confines of the traditional classroom.

Among other functions and services traditionally provided by a college library, the project also consists of high-tech information commons, small group study rooms, distance learning, video conference rooms, stacks for 400,000 volumes, faculty teaching/learning center and student success center. The design of the library guides architectural and site criteria for future campus buildings.

Client 

The University System of Georgia – Board of Regents

At a glance

90,883 SF

20-year master plan

400,000 volumes

Video conference rooms

High-tech information commons

LEED gold certification

Features

Gold medal winner

Building of America Awards
Green Design Award Winner
Green Design Awards, US Glass, Metal & Glazing

Fastest growing campus in the Georgia University System

Services

Architectural design

Programming

Engineering: mechanical, electrical, plumbing

Interior design

Furniture, fixtures and equipment

Minnesota State University, Mankato – Pedestrian Link

Minnesota State University, Mankato – Pedestrian Link

Mankato, MN

This new 140-foot underground pedestrian link connects the Memorial Library and Centennial Student Union on the Mankato campus of Minnesota State University. The “Connection” links the bulk of the campus buildings providing sheltered passage to students and faculty during harsh weather common to the area. The Connection design incorporates a glass wall overlooking an amphitheater on one side and a curtain wall on the other. The amphitheater allows natural light into the Connection and provides an outdoor gathering space for events/performances..

Client 

Minnesota State University, Mankato

At a glance

  • 140 Foot Underground Pedestrian Link

Features

Amphitheater enabling daylighting

Engineering Excellence Honor Award
American Council of Engineering Companies (ACEC) Minnesota

Services

Architectural design

Interior design

Engineering: civil, structural, mechanical, electrical

Construction administration

South Dakota Science & Technology Authority & Black Hills State University, Sanford Underground Research Laboratory LUX Zepplin Experiment & Clean Room

South Dakota Science & Technology Authority & Black Hills State University, Sanford Underground Research Laboratory LUX Zepplin Experiment & Clean Room

Lead, SD

After 125 years of mining, the Homestake gold mine beneath Lead, South Dakota closed and was donated to the State of South Dakota. The state formed the South Dakota Science and Technology Authority to oversee operations of the mine, and created the Sanford Underground Research
Facility (SURF) as an aegis for a variety of deep earth physics experiments located on the 4850 level, void of nearly all cosmic (background) radiation.

Designed to help 200+ scientists and engineers from 30+ universities and institutions nationwide uncover the secrets of dark matter, this laboratory, referred to as the BHSU Clean Room, houses a modular clean room, including Class 10,000 and Class 1,000 spaces with flexibility for future experimentation.

Due to the location of the lab 4,850 feet below the surface, thorough planning and coordination of infrastructure and equipment sizes was required to ensure that all of the components can physically be installed in the space. The LEO A DALY and Dean Kurtz Construction Design-Build team designed the space to provide an environment that accommodates experimentation by providing air conditioning, dehumidification, and radon mitigation. The utility infrastructure conditions the ancillary space and provides connection points for the modular clean room.

The project also involves the design of an adjacent experiment laboratory space, The Compact Accelerator System for Performing Astrophysical Research (CASPAR), housing a low power accelerator for the purpose of conducting deep earth physics research experiments. The experiments, run by the University of Notre Dame physics department, study low power nuclear reactions commonly found in most stars.

Client 

 South Dakota Science & Technology Authority & Black Hills State University

At a glance

  • 4,500 SF
  • 4,850 Feet Below the Surface

Features

  • Deep Earth Physics Laboratory
  • Class 10,000 Clean Room
  • Class 1,000 Clean Room

Services

  • Architectural design
  • Mechanical engineering
  • Electrical engineering
  • Plumbing engineering
  • Commissioning

University of Nebraska-Lincoln, FarmHouse Fraternity

University of Nebraska-Lincoln, FarmHouse Fraternity

Lincoln, NE

FarmHouse Fraternity Nebraska Alumni Association set out to explore creating a new environment for their University of Nebraska- Lincoln membership. A facility that provided modern amenities to support current day college life such as access to high-speed technology, spaces properly sized for programs, and the enhancement of brotherhood among its members was the goal.

The replacement facility is designed for 88 members to live in four-person and two-room suites which accommodate their study area in one room and sleeping bunks with closet areas in the other. Member suites circle the perimeter of the private portion of the house with central bathroom and shower facilities shared on each floor.

The public area includes a two-story living room to welcome members and guests. This space connects to the main dining room with views out both sides of the house and of the primary circulation connecting wings of the facility. A private suite for the housemother is directly accessible off the living room and main entry so she is easily found, when necessary, yet still has her own private retreat. The deck opens from the dining room looking over the back yard and will provide space for numerous house, alumni, and family events.

Client 

University of Nebraska-Lincoln

At a glance

  • 30,000 SF
  • Two-Stories

Features

  • Four-and-Two Person Housing Suites
  • Housemother Suite
  • Dining Hall
  • Green Space
  • Central Living Space

Services

  • Master Planning
  • Architecture
  • Interior Design
  • Mechanical Engineering
  • Electrical Engineering
  • Structural Engineering
  • Civil Engineering
  • Construction Administration

UCLA Ronald Regan University Medical Center, Hybrid OR

UCLA Ronald Regan University Medical Center, Hybrid OR

Los Angeles, California

LEO A DALY performed a feasibility study to locate a new Hybrid OR within the 2nd floor surgery suite of the UCLA Ronald Reagan Hospital in October 2017. Design has been completed and approved by HCAI (OSHPD). The project is currently in construction.

The program includes a new Hybrid OR room, Control Room, Equipment Storage, and a Staff Toilet. The scope of work includes installation of several booms by Getinge:
• Anesthesia Boom
• 2 Monitor Booms
• Surgical Light Boom
• 2 Monitor Boom with Shield Arm
• Perfusion Boom
• Shield and Camera Arm Boom

A new integrated prefabricated ceiling system by SLD systems was also designed to increase sterility around the patient during surgeries. An independent steel structure was designed to support the prefabricated ceiling system which will support all the booms.

A freestanding steel structure was designed to frame the ceiling opening where the hard lid ceiling meets the prefabricated ceiling system.

In addition to Getinge and SLD equipment vendors, an integrated technology system by Steris is also included. The imaging equipment is provided by Siemens. Several items were coordinated with UCLA Facilities Management during construction including infection control at the project site, scheduled facility shutdowns for med gas and plumbing point of connections, shutdowns for electrical panel connections.

The project is currently in construction and is expected to be completed by late 2022.

Client 

UCLA Health

At a glance

Hybrid OR
Control room
Equipment storage

Features

Integrated prefabricated ceiling system by SLD systems was also designed to increase sterility

Services

Architectural Design Engineering Services Interior Design

Embry-Riddle Aeronautical University, College of Arts and Sciences Building

Embry-Riddle Aeronautical University, College of Arts and Sciences Building

Daytona, Florida

LEO A DALY provided full architectural services for the new College of Arts and Sciences building on the Daytona Beach, Florida, campus of Embry-Riddle Aeronautical University (ERAU). The five-story steel frame College of Arts and Sciences houses the physics, chemistry, biology math, humanities, social sciences, and homeland security departments. The new facility features classrooms and labs using chemical fume and ventilation, chemical storage, clean-room concepts and static-free technologies.

The Astronomy and Astrophysics program is highlighted by a 1-meter diameter Ritchey-Chrétien reflecting telescope. This telescope, is the largest university-based research telescope in Florida, weighing in at around 2 tons.

Faculty and students use the 1-meter telescope to research planets, moons and asteroids in the Solar System, exoplanets, the structure and ages of stars, and nearby galaxies.

In addition to the 1-meter telescope, the Observatory houses six smaller portable telescopes mounted on the roof of the College of Arts and Sciences. These telescopes are used for student training in eyepiece observing, digital imaging and spectroscopy.

Client 

Embry-Riddle Aeronautical University

At a glance

140,000-SF

Five-Stories

Features

1-Meter Diameter Ritchey-Chrétien Reflecting Telescope – Largest University-Based Research Telescope in Florida

Six Portable Roof Mounted Telescopes

Multiple Laboratories & Classrooms

Services

Architectural design

Engineering: mechanical, electrical, structural, civil

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