Allina Health, Abbott Northwestern MacMillan Simulation & Training Center

Allina Health, Abbott Northwestern MacMillan Simulation & Training Center

Minneapolis, Minnesota

This full-service training center was designed for both dedicated departmental and interdepartmental use. The five flexible simulations spaces support nurses, physicians, and healthcare professionals alike. Specialty spaces include maternity, OR/ER and flexible medical-surgical. The debrief area provides options for large-group symposium as well as small-group training arrangements. An eight-bed skills lab and separate computer lab support many of the local professionals within the ANW/Allina system.

 

Staff and participants have access to an internal break area between training events. Embedded technology within the suite and training rooms allow interconnectivity for exceptionally large groups with the neighboring conference center being constructed concurrently.

 

Balancing project priorities was key to a successful design. To encourage effective communication, early in the process we identified with the project leads who were charged with making the decisions at different stages. All meetings were focused and topical and the process schedule was thoroughly vetted in advance.

Client 

Allina Health

At a glance

10,100 SF

Features

Five simulation environments

Debrief area provides large & small group training spaces.

Eight-bed Skills lab

Computer lab

Services

Project Management

Architecture

Engineering

Lab Planning

Interior Design

Construction Administration

University of the District of Columbia, Campus-Wide Laboratory Renovations

University of the District of Columbia, Campus-Wide Laboratory Renovations

Washington , District of Columbia

LEO A DALY was awarded the renovation of The Academic Labs Building 44, comprising research, teaching laboratories and classrooms. Our first step was to develop a recommendation that identified the most pressing needs and prioritized work to be completed in other phases.

A complete facility assessment was completed that evaluated the current condition of the various labs. A detailed matrix defining the scope of requirements in each room was developed. Cost estimates were completed for each room, floor or building as appropriate for the various pricing units. With the University, decisions were made that clearly delineated the first phase scope and all subsequent phases of construction. As a result, a full renovation and replacement of science laboratories in Building 44, including supporting infrastructure, to create code compliant, state of- the art teaching laboratories for the biology, chemistry, and physics teaching departments was completed.

Building infrastructure upgrades included replacing HVAC equipment and installing an automatic sprinkler system. Construction was phased to allow for continued partial occupancy of the building during construction.

Client 

Allina Health

At a glance

60,584 SF

Campuswide Laboratory Renovations

Features

Research & teaching laboratories

Active Learning classrooms

Faculty offices

Collaboration Spaces

Services

Project Management

Architecture

Engineering

Interior Design

Arthrex Corporate Campus, Research/Innovation & Administration Complex

Arthrex Corporate Campus, Research/Innovation & Administration Complex

Naples, Florida

As a pioneer in the field of arthroscopy, global medical device company Arthrex has developed more than 6,000 innovative products and surgical procedures to advance minimally invasive orthopedics worldwide. Its headquarters, designed by LEO A DALY in 2004, has allowed the company to secure its position as a global leader in new product development and medical training and education. To replace its now outgrown headquarters, LEO A DALY again supported Arthrex Corporation in providing comprehensive design services for the development of a new corporate campus. The 30-acre campus includes a 300,000-SF administrative complex, 30,000-SF fitness center and 200,000-SF hotel to serve surgeons from all over the country who travel to Arthrex for training in the use of Arthrex products.

LEO A DALY’s scope of work began with an expansion study, which provided direction for a new master plan and, ultimately, a new campus to support multiple functions. A thorough understanding of the needs of Arthrex was a critical first step toward developing a responsive design. Designers completed a comprehensive programming exercise, which included an understanding of the Arthrex organizational structure and identification of space standards, functional adjacencies, and growth projections as well as a comprehensive analysis of product flow. Necessary adjacencies of critical spaces together with spaces requiring functional separation are carefully thought out within the plan with dedicated parking and vehicular service areas sited to provide appropriate access. The main entrance to the corporate offices create the first impression of quality to visiting physicians who receive training within the complex.

Critical within the project was the goal to design facilities that project a positive environment where employees have traditionally exhibited great pride and camaraderie within their organization. Historically, Arthrex maintains an employee turnover rate of less than two percent annually. Correspondingly, the quality of the work environment was a critically important factor in designing the Arthrex Administrative Complex, which incorporates 300,000 SF of office space and a 1,500-car parking structure. Recognizing the positive benefits that natural light plays in the efficiency of the workplace, the building is designed to capture a significant amount of natural light. By strategically locating circulation against exterior walls, the plan captures and distributes natural light deep within the adjoining spaces by utilizing the concept of “borrowed light” and light shelves.

Flexibility is at the core of the Arthrex design concept. As the needs of Arthrex and their core business change and evolve over time, the facility is designed to change and adapt in a corresponding fashion. This is accomplished by utilizing a significant amount of open office space strategically planned with flexible lighting and power distribution systems to enable efficient re-configuration. This flexibility enables constant staff collaboration, which is essential to the Arthrex mission.

With a commitment to creating a positive environment for employees and clients alike, Arthrex desired a campus that would foster collaboration and a healthy corporate community. LEO A DALY designed a pedestrian-friendly campus with outdoor amenities, including multi-purpose playing fields, to encourage walking and activity for a healthier work/life atmosphere. Where there was once a linear water management canal area, LEO A DALY designed a reshaped retention lake promenade connecting to a 40,000-SF wellness center. The two-story fitness center provides state-of-the-art fitness amenities for employees and visitors.

In addition to the innovation and administration complex, LEO A DALY also designed an on-site, 174-key hotel to accommodate the more than 10,000 surgeons per year who attend medical training at Arthrex.

Client 

Arthrex

At a glance

30-acre campus

Medical training & education facility

300,000-SF administrative office

200,000-SF, 174-key hotel

40,000-SF wellness center with state-of-the-art fitness amenities

Features

Campus includes innovation center and administrative complex, corporate hotel and corporate wellness center

Services

Master planning

Programming

Site development

Schematic design

Design development

Construction documents

Construction administration

Mercer University, Spearman C. Godsey, Science & Research Center

Mercer University, Spearman C. Godsey, Science & Research Center

Macon, GA

The $44 million, 143,410-SF Spearman C. Godsey Science Center gives undergraduates at Mercer University access to 60+ state-of-the-art teaching and research labs, accommodating a growing enrollment and research activity in chemistry, biology, and neurosciences.

The Patterson Building was demolished to make room for the signature structure, which now anchors a science quadrangle incorporating School of Medicine and School of Engineering facilities and Willet Science Center.

Designed by LEO A DALY and Hussey Gay Bell, the science building gives undergraduates at Mercer unprecedented access to graduate-level research facilities. Aside from general biology and chemistry labs, the center includes specialized teaching labs in soil and field biology, anatomy and physiology, infectious diseases, molecular and cellular biology, organic chemistry, problems in chemistry and biochemistry.

Additional specialized labs housing instrumentation and a nuclear magnetic resonance spectrometer, as well as a laser lab, computational center, growth room, cold room and tissue culture suite are included in the facility. Lab space is also devoted to science courses offered through Penfield College and Tift College of Education.

The designers used an inclusive planning process based on PKAL principles to maximize collaboration in the design process and increase opportunities for multidisciplinary learning in the finished product. The planning process identified core adjacencies, efficiencies, and opportunities for collaboration in the new building, and arranged them to maximize chance encounters between students and faculty of different research disciplines.

The program is laid out in two wings that come together in the corner commons space. The commons space is located in a prominent corner of the site, forming a gateway to the new STEM quad created by Spearman S. Godsey Science Center and the existing engineering buildings. The commons space serves as an informal gathering space in the building, it is populated with “coffee house” style seating to encourage small group collaborations and study. One of the corridors is intentionally oversized, allowing students to spill into the building wings and engage in for breakout sessions outside lecture halls, teaching labs and the research labs on the upper floors.

Client 

Mercer University

At a glance

  • 143, 410-SF

Features

  • 60+ State-of-the-Art Labs
  • 10,465 SF of Research Space
  • 7 Lecture Halls
  • 46 Offices
  • 3,000 SF of Shell Space for Growth
  • 89 Fume Hoods
  • 880 Tons of Air Conditioning
  • 12.5 miles of Plumbing Pipe

Services

  • Master Planning
  • Programming
  • Architectural Design
  • Interior Design
  • Mechanical Engineering
  • Electrical Engineering
  • Structural Engineering
  • Construction administration services

University of Nebraska Medical Center, Administration and Laboratory Building

University of Nebraska Medical Center, Administration and Laboratory Building

Omaha, NE

Serving the University of Nebraska Medical Center, this new “innovation hub” this new 350,000 SF administration and laboratory building will anchor the new mixed-use, urban development.

Stretching multiple floors, the laboratory and office building will provide a work environment reflective of both hybrid and in-office working models. With growth of the University’s research enterprise demand for additional research space will be resolved through this project, though the optimal stacking and work flows within the labs and between labs to preserve key credentiality and safety boundaries, were the organizing drivers which led to the new building design. The project includes:

  • Mapping workflows and critical adjacencies with considering lab certifications and accreditations sought to be maintained or integrated.
  • 24,121 SF of Finished Dry Lab Space (3rd Floor)
  • 48,242 of Unfinished Lab Shell Space (4th & 5th Floor)
  • 24,121 SF of Finished Wet Lab Space (6th Floor)
  • 13,136 SF of Admin Office Space (2nd floor) with 11,000 SF of Unfinished UNMC
  • Admin Office Shell Space (on 1st & 2nd Floor)
  • Loading Dock & Service Yard

Client 

University of Nebraska Medical Center

At a glance

180,870 Gross Square Feet

 

Features

Finished Dry & Wet Laboratories

Unfinished Laboratory Shell Space

Administrative Offices

Administration Office Shell Space

Parking Garage

 

Services

Project Management

Architecture

Laboratory Planning

Mechanical Engineering

Electrical Engineering

Structural Engineering

Fire Protection Engineering

Interior Design

 

Broward County’s Medical Examiner’s Facility, Laboratory (Medico-legal) and Forensic Sciences Laboratories and Offices

Broward County’s Medical Examiner’s Facility, Laboratory (Medico-legal) and Forensic Sciences Laboratories and Offices

Ft. Lauderdale, FL

Broward County engaged LEO A DALY to provide comprehensive master planning and predesign services, architecture, lab planning, and interior design services for its combined multi-story facility for the County medical examiner office and sheriff’s office forensic crime laboratory. The secure building will include:

  • Mapping workflows and critical adjacencies with considering lab certifications and accreditations sought to be maintained or integrated
  • Toxicology & chemistry instrumentation labs
  • Autopsy labs & de-comp autopsy stations
  • Drug analysis, drug toxicology, and agricultural biology analysis labs
  • BSL-2 Level labs (biology and micro-biology and extraction labs)
  • Pathology, anthropology, & tissue recovery labs
  • Investigations and trauma services suites
  • Narcotics and bio-logicals storage meeting temp, humidity, security and credentialling requirements
  • Secure sally port
  • Evidence control and crime scene intake/evidence collection labs
  • Serology, latent prints, firearms and controlled substance labs
  • The firearms lab includes a live ammunition firing range and ballistic water tank
  • Secure, 225-space parking garage to store staff and department vehicles.

Client 

Broward County

At a glance

180,000 SF

225 Space Parking Garage

Features

Forensic Crime laboratories

BSL-2 Level laboratories

Evidence Control & Crime Scene Intake/Evidence Collection Labs

Services

Project Management

Architecture

Laboratory Planning

Interior Design

US Army Corps of Engineers, Fort Bliss Blood Processing Facility

US Army Corps of Engineers, Fort Bliss Blood Processing Facility

Fort Bliss, TX

Our design approach supported the facility’s mission, staff efficiency and a physical environment that promotes quality in all stages of the blood-collection process. As part of a task order with the US Army Corps of Engineers Fort Worth District, this project involves a single-story, 14,000-SF Blood Processing Center for blood collection, testing, manufacturing, storage and shipping of blood products.

Functional relationships between departments informed architectural programming. For example, blood-donor spaces are inviting and warm with abundant daylighting. Staff and administrative areas are located centrally with access to both donor areas and labs. The full progression of processes, from blood collection to shipping has been considered in the layout of spaces.

In addition to the processing center, we provided engineering design services for supporting facilities such as sanitary sewer, fire-safety, water, natural gas, electrical power, data, communications and security.

The facility provides blood components and patient  therapeutics in support of the Armed Services Blood Program, which supplies blood components to military medical centers. The facility also provides critical support to the community by housing blood products for Fort Bliss and a Level II Trauma Center serving the greater El Paso area.

Client 

USACE Fort Worth District

At a glance

14,000-SF, single-story

Engineering-design services

Fire Protection and Telecommunications Engineering

Design-build delivery method

 

Features

Function informed programming

Abundant daylighting

Centrally located staff areas

Services

Architecture

Interior Design

Medical Equipment Planning

Civil, Structural, Mechanical & Electrical Engineering

Fire Protection and Telecommunications Engineering

CHI Health, Creighton University Medical Center at Bergan Campus, School of Medicine

CHI Health, Creighton University Medical Center at Bergan Campus, School of Medicine

Omaha, NE

The new CHI Health Creighton University Medical Center Bergan Mercy merges Creighton University Medical Center with CHI Health Bergan Mercy Medical Center. Together they form a contemporary, leading academic health system including an ambulatory clinic, medical school, teaching hospital and Level-I trauma center.

Unifying two cultures through design

Recognizing the challenges presented from the operational and cultural differences between the academic side and the private healthcare side of the merger, we developed solutions that allowed them to coalesce into a single academic health system. We maximized flexibility of the design by including touch-down spaces that are available for medical teams and teams of residents to use as needed. This makes maximum use of the space and ultimately produces a more efficient design. Doctors and residents also work out of shared office spaces, encouraging collaboration and access to faculty.

Converting medical office building into school of medicine

Floors two through six of a medical office building were fully renovated to house Creighton University School of Medicine’s academic and administrative space. A mix of collaborative spaces and cutting-edge care environments allows physicians to grow in their specialties by working with others, while students learn clinical techniques from the very best. Patients also benefit from a modern, wellness-focused approach to care.

The clinic building is designed to foster care by inter-professional teams. It features eight pods of 17 rooms, each arranged around a centralized work area. Patients enter from a public-facing hallway that’s intended to be less busy than those in many clinics. Staff enters through the back from the work areas, where students, residents and staff can consult on cases outside the earshot of patients.

Incorporating the medical school into the private facility also required creating room for students in patient areas – space for collaboration and learning in a real-life setting. The new ICU rooms are much larger than those at the pre-renovation Bergan or Creighton University Medical Center in order to accommodate not only family members and the extra technology and equipment in use today, but also the groups of medical students, residents and others making rounds as part of the hospital’s new teaching role.

Client 

CHI Health, Creighton University

At a glance

Five floors

25 resident/fellow on-call rooms

Eight faculty on-call rooms

15 student on-call rooms

Resident lounges

Student lounge

Features

Floors two-six of medical office building renovated for school of medicine

Touch-down spaces for medical and resident teams

Doctors and residents work in collaborative spaces

Many spaces enlarged to make room for residents and doctors

Services

Medical planning

Architectural design

Structural design

Civil engineering

Anoka-Ramsey Community College, School of Nursing

Anoka-Ramsey Community College, School of Nursing

Coon Rapids, MN

Home to the largest program on campus; nursing, as well as the business program and general-purpose classrooms, this 1970s, multi-discipline academic building had maxed out capacity within their existing space. Given the melting pot of student activity, the design evolved with the input of students and faculty to include more than just classrooms, but robust social spaces throughout the building that included open and accessible faculty offices and a commons that extended learning to the outdoors with new terrace. Some of the program elements included:

Active Learning Environments: Created collaborative classroom environments, establishing more flexible and hands-on learning spaces that provide the entire campus community with flexible learning and gathering spaces, maximizing every square foot of the building, and worked to eliminate MN State standard variances and achieve performance and program needs.

Simulation Suite: Provides dedicated control and observation/debrief spaces that increase learning flexibility and student exposure to needed simulation time in supplement to clinical hours.

Open Labs: Created dedicated spaces for individual student hands-on simulated spaces reflective of real-world experiences to close workforce experience gap.

Skills Labs: Were carefully configured with equipment placement, student flow, and realism where appropriate to mimic how students might encounter their first days as a licensed practitioner.

Engineering Infrastructure Upgrades: Replaced and modernized mechanical, electrical, fire and life safety, and A/V infrastructure, improving building and teaching efficiencies and user comfort throughout.

Client 

Anoka-Ramsey Community College

At a glance

  • 31,150-SF

Features

  • Simulation Suite
  • Open Labs
  • Skills Labs
  • Active Learning Environments
  • Met & Exceeded SB2030 Energy Goals

Services

  • Architectural Design
  • Interior Design
  • Mechanical Engineering
  • Electrical Engineering
  • Structural Engineering
  • Construction administration services

Loading...