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

Arlington Public Schools, The Heights Building

Arlington Public Schools, The Heights Building

Arlington, VA

The Heights Building expands and relocates two county-wide secondary programs (grades 6-12) into a single, five-story vertical building to support 775 seats. Located within the dense, urban Rosslyn-Ballston corridor of Arlington, Virginia, the school is designed to both fit into its context while converging as much open green space for recreation as possible.

LEO A DALY, executive architect, and BIG (Bjarke Ingels Group), design architect, are teamed to create this unique public school for Arlington Public Schools (APS).

While the building’s mass responds to its urban context with a vertical organization (and the efficiencies afforded by that), its interior presents a different feel. For APS it was critical for students to perceive their school as a familiar, comfortable and connected community. A community where students and faculty are constantly mingling and are integrated into all of the aspects of school life. To achieve that goal, the building is designed as a series of classroom bars rotated along a single hinge point. The rotation creates cascading green terraces leading from the educational spaces of the school to the athletic field. Beneath the rotated classroom bars is a series of large public levels with varying ceiling heights. The large and public functions of the building, including auditorium and gymnasium, are placed on these levels and accessible from the main street front along Wilson Boulevard. The project is being executed in two phases:

Phase I—Visioning, Feasibility and Planning Study The team developed and completed a visioning, feasibility and planning study. Extensive community involvement—a total of 12 twelve meetings over a four-month time frame—included participation by the Western Rosslyn Area Planning Study, the design specific building committee, the School Board and Arlington Public Schools (APS). Throughout the process, the design team’s goal was to develop a state-of-the-art education facility that responds to neighborhood dynamics and the existing context, while being environmentally friendly and on budget. Together with APS, the design team has been active in all community outreach efforts and worked to create an open and transparent process.

Phase II—Design Understanding that the site requires Wilson to be a vertical school, the team worked to develop a design to meet the main goals of providing a central space that connects the building levels and of providing access to outdoor spaces at all levels. The design team developed a series of schemes that were narrowed to a preferred scheme that creates separate classroom blocks adjacent to terraces, which provide unique activities corresponding to their adjacent program. The terraces give the urban school a one-story feel that otherwise would not be possible. An expansive ground floor— where large and public functions are placed— features varying ceiling heights according to the rotated classroom bars above. Community access to these major spaces will be available from the public entrance on Wilson Boulevard. Extensive community outreach was also integral to this design phase.

Client 

Arlington Public Schools

At a glance

Five-story building
Supports 775 seats
Green space

Features

Cascading green terraces
Educational spaces
Athletic field
Auditorium
Gymnasium

Services

Executive Architect

Creighton Preparatory School, Campus Improvements

Creighton Preparatory School, Campus Improvements

Omaha, NE

With a more than a 20-year working relationship with Creighton Prep, LEO A DALY was recently retained by the school to provide planning, architecture and engineering services for a series of projects.

Several factors were key to the projects’ success. Working closely and continually communicating with the client, we were able to balance the scope and budget to ensure all requested upgrades were made within one cohesive solution. Early planning was critical so the projects could start and finish during the summer vacation schedule. Ease of maintenance of products was important to users of the building, so we were very deliberate in our product selection.

The projects included:

Commons/cafeteria renovation. We provided design services for the redevelopment of the Rev. Henry L. Sullivan Student Center, a project previously designed by LEO A DALY. The commons area was reconfigured to accommodate 500 students for an expanded lunch program and an office for the assistant to the president. The kitchen previously operated as a catering kitchen only. It was completely renovated and now offers full-service lunch and meals for special events. Interior finishes were updated and a series of stained-glass windows were installed, exhibiting the Jesuit crest to remind all of the school’s unique foundation.

Chapel renovation. We led the interior redesign of the campus chapel to allow for more student seating, brighter finishes and a more modern feel, without compromising the already peaceful environment. We also worked with the school on custom furnishings design and procurement.

72nd and Western graphics/signage. We designed updated campus signage, including a large monument on 72nd Street and three smaller monument signs at campus entrances. We prepared the conditional use permit application paperwork for the city and handled contract documents.

North parking lot. We also designed the north property parking expansion on campus. This project provided approximately 150 new, off-street parking stalls for the high school, reducing impact on the surrounding neighborhood and improving safety. Bio-swale design features handle detention needs in lieu of a detention pond.

Client 

Creighton Preparatory School

At a glance

15,000-SF student commons renovation

2,161-SF chapel renovation

500-seat student commons

Full-service kitchen

Stained glass windows installed

150-stall parking lot design

Wayfinding design

Collaborative-based spaces

Code and life-safety upgrades

Security and technology upgrades

Envelope design

Features

150 new, off-street parking stalls, reducing impact on surrounding neighborhood and improving safety

Bio-swale design features handle detention needs in lieu of a detention pond

Commons area reconfigured for 500 students for expanded lunch program

Services

Architectural design
Mechanical, electrical, structural and civil design
Interior design

Omaha Public Schools – Benson High School Renovations

Omaha Public Schools – Benson High School Renovations

Omaha, NE

Omaha Public Schools (OPS) developed a bold plan to reinvent Benson High – its smallest high school – by turning it into a career academy where students receive job training, college credit and classes tailored to specific career fields.

To accommodate the project-based learning academies, the 112-year old school required modifications to the building. LEO A DALY was selected to provide full architectural and engineering design services to ensure the space provides flexibility, both architecturally and from an engineering services perspective, to support the academy’s unique requirements.

Our effort on the Benson project began with a series of user group meetings that included students, staff and academy advisory board members to identify the needs of each space. Once a program was developed, the group participated in a series of meetings to develop the design that best supported the goals of the curriculum.

One of the primary design goals was to develop academy-specific zones within the existing building. It was important that classrooms and faculty spaces associated with each academy were located in curriculum-focused zones of the building. The goal is to create opportunities for collaboration and synergy among students and faculty.

Each academy was designed to provide a set of general-purpose classrooms, along with academy-specific classrooms, such as production labs, science labs, a culinary classroom and a fabrication lab. Within each academy zone there is a faculty planning room with a collaboration area, which provides desk space for the faculty members in the academy. The mid-section of the building contains global classrooms that are used by students from all the academies.

In addition to working with Benson High School as a design partner, we worked as a community partner. We frequently provided tours of our office to Benson students interested in the architecture and engineering professions. Other activities include a group project involving design and problem solving, touring local buildings with the architects who designed them and touring the Peter Kiewit Institute with current University of Nebraska Omaha students.

Additionally, as part of the Benson renovation project, we worked with a team of students to program and design the casework for the robotics classroom in a semester-long project.

As a result of our phase I services, OPS selected LEO A DALY to provide mechanical, electrical, interiors and architecture services for phase II of this renovation.

Client 

Omaha Public Schools

At a glance

130,000 SF

$8.5 million

Production labs

Science labs

Culinary classroom

Fabrication lab

Collaborative-based learning spaces

Academy-specific lab classrooms

New school store

Code and life-safety upgrades

Security and technology upgrades

Features

Relocation of classrooms to create academy zones with global classroom spaces between them

Modernized the building into career academy learning spaces where students receive job training, college credit, classes tailored to specific career fields

Worked as a partner with students, staff and users throughout all phases of the project

Services

Architectural design

Mechanical, electrical, structural and civil design

Interior design

Preservation services

Omaha Public Schools – Highland Elementary Renovation and Addition

Omaha Public Schools – Highland Elementary Renovation and Addition

Omaha, NE

As part of Omaha Public Schools’ (OPS) continued plan to improve on their district-wide schools, they recognized that Highland Elementary was in an immediate need to update their existing mechanical and electrical systems while addressing a lack of space due to growth, resulting in more than 15 portables being used on the site to handle classroom overcrowding.

LEO A DALY was selected to partner with Highland Elementary and the neighboring community to plan to:

  • Collaboratively assess the existing building, site constraints, and provide innovative concepts to design a neighborhood friendly solution
  • Design a new secure main entrance and address other building security issues
  • Program, plan, and design five new classrooms to help alleviate overcrowding
  • Relocate administration offices to improve sight lines
  • Extend the “main corridor” to engage teachers and students
  • Create a sustainable solution that introduces innovative and cost-effective measures that will increase building system efficiencies
  • Upgrade heating, ventilation, and air conditioning systems
  • Upgrade electrical/IT systems
  • Provide building exterior improvements
  • Provide site/ADA upgrades
  • Address parent/student pick-off/drop-off opportunities
  • Create a more dynamic outdoor learning space/playground

.

Client 

Omaha Public Schools

At a glance

  • 12,500 SF (Expansion)
  • 43,0000 SF (Renovation)

Features

  • New Main Entrance
  • Five Classroom Addition
  • MEP Improvements
  • Dynamic Outdoor Learning Space
  • Administrative Offices

Services

  • Architecture
  • Interior Design
  • Mechanical Engineering
  • Electrical Engineering
  • Structural Engineering
  • Construction Administration

Montessori Childrens Room, New Campus Building

Montessori Childrens Room, New Campus Building

Omaha, NE

After years of growth and demand, Montessori hired our education team to assess, plan, and provide field verification and design for a two-story classroom addition to their school campus. Burrowed in a quiet neighborhood, we provided site analysis to determine how to best preserve and align the new addition to ensure safety and access for both users and community.

Partnering with the School, staff, and key stakeholders, we created a unified program that provided opinions of probable costs associated with select finishes and systems identified. This exercise helped to develop cost comparisons and programming layouts that led us to creating a shared child services vision.

Designed from the inside out to encourage the development of the whole child, we evaluated different layouts that enables children to move freely in a safe and spacious environment while also creating flexibility for future reprogramming while matching the contexts of the existing site building. Natural cork flooring and flexible and vibrant classrooms encourage hands-on learning and inventing spaces that attract and welcome people and children to the environment.

Client 

Montessori Children’s Room

At a glance

  • 7,000 SF

Features

  • Serves Ages 2.5 to Six Years Old Children
  • Child Development Spaces
  • Kitchenette
  • Toddler Rooms
  • Classrooms
  • Laundry Space
  • Storage
  • Meeting Spaces
  • Staff Spaces

Services

  • Architecture
  • Interior Design
  • Mechanical Engineering
  • Electrical Engineering
  • Structural Engineering
  • Construction Administration

Los Angeles Unified School District – South Region High School No. 9

Los Angeles Unified School District – South Region High School No. 9

Los Angeles, CA

A unique aspect of the chosen High School #9 site is its adjacency to the Los Angeles River. Using this as an influence on the design, the site strategy employs a path connecting one end of the campus to the other. This path moves and bends through the campus, mimicking the “flow of a river.” In turn, the buildings throughout the campus are angled to reinforce movement from the entry plaza to the play fields. Along the path, a central green space is broken up into smaller courtyards for each small school, as well as a larger central courtyard.

The South Region High School No. 9 campus is designed to the latest guidelines of the LAUSD School Design Guide and the Planning and Design Guidelines for Small Learning Communities [SLC].
Since there are several buildings comprising the high school campus, careful attention is given to the design of the buildings as a group.

The project includes the following principal components:

  • Three Small Learning Communities, each housing classroom, laboratory, and library functions
  • Administration Building
  • Gymnasium and Multi-Purpose Building
  • Performing Arts with adjoining food service and kitchen
  • Maintenance and Operation facility

Client 

Los Angeles Unified School District

At a glance

  • 107,175 SF

Features

  • General Classrooms
  • Teaching Laboratories
  • Gymnasium
  • Performing Arts
  • Food Service & Kitchen
  • Maintenance & Operational Facility
  • Green Space

Services

  • Architecture
  • Interior Design
  • Structural Engineering

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