PhiloWilke Health Science Qualifications

QUALIFICATIONS HEALTH SCIENCE & TECHNOLOGY

philowilke.com HEALTH SCIENCE PORTFOLIO

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Expertise - Driven The PhiloWilke Partnership was formed in 1985 by Dana Wilke and Roger Philo on the premise that the best way to serve their healthcare clients is to provide industry-specialized design with client-specific solutions from a team of expertise-driven architects. They created their firm with a niche focus – healthcare and research architecture – and began integrating and training everyone in the office, from administrative staff to interns to architects, in order to respond to each client’s unique requests.

PhiloWilke continues to encompass architecture, interior design, planning and development for clients while staying true to Dana and Roger’s founding mission. Our team has grown into a distinct organizational structure, providing the personal and specialized service of a small firm coupled with the depth of experience offered by a large organization. Our design philosophy drives a process that values collaboration, practical design, and strategic consensus-building to help our clients achieve their goals.

Our unique and collective experience has propelled PhiloWilke to design many high profile and technically complicated medical projects, including a facility that housed one of the first lithotripters installed in the US. PhiloWilke has designed several one-of-a-kind and first-of-a-kind projects for healthcare and research facilities, which are among the most complicated spaces in the world. A few of our unique projects: the first operational BrainSUITE in the US, located at M.D. Anderson Cancer Center; CyberKnife, located at the Michael Debakey VA Hospital; Elekta’s Synergy Triple Energy Linear Accelerator, located at Memorial Hermann Hospital; one of the largest cyclotrons in the nation, located at M. D. Anderson Cancer Center; the largest NMR facility in the nation, located at Texas A&M University; and the installation of the new IR Discovery Interventional Radiology Unit at Houston Methodist San Jacinto Hospital.

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ARCHITECTURE

Highly Specialized TEAM

WE PROVIDE CREATIVE DESIGN SOLUTIONS

Inspired by the communities and organizations we work with, our architects, planners and designers deliver technical design experience, comprehensive planning and disciplined project management to ensure the long-term success of every project.

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Total Team Members

Registered Architects

Designers & Technicians

Administrative Professionals

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FLEXIBLE Design Solutions PROJECT APPROACH & METHODOLOGY

PhiloWilke, the Owner, the stakeholders, and our consultants are all a part of a single project team working together to create distinctive projects with functional designs that match the client’s message and surpass expectations.

The foundation of our design methodology is based on strong relationships built by providing proactive, high quality, personalized professional services by our most experienced team members to our clients while balancing functionality, design, cost, durability, and future demands. To achieve this all projects are designed and completed using threedimensional computer models including BIM. Early visualization allows our clients to view their project in 3D. These tools test layout options quickly and systematically, ultimately providing a more thorough understanding of a project’s design intent.

The emergence of adaptive-reuse healthcare facilities within retail settings has been the logical progression of servicecentric care within our nation’s healthcare system that has been present in America for decades. Our team has developed the skills and resources to provide you with the unique solutions needed for a variety community focused locations.

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UT HSC IMM 9TH FLOOR

34,000

UT MDA SOUTH CAMPUS RESEARCH BUILDING 1

132,000

UTMB BUILDING 21

95,000

UTMB BUILDING 17

90,000

MDACC EL RIO LABS PHASE II AND III

10,000

TAMU BIOLOGICAL WASTE FACILITY

18,000

UTHSC TYLER BIOMEDICAL RESEARCH ADDITION

30,000

UT MDA SOUTH CAMPUS RESEARCH BUILDING 2

132,000

UT MDA SMITH RESEARCH BUILDING RENOVATION

7,000

UT MDA SMITHVILLE LAB 4

23,600

TAMU NMR RESEARCH LAB

37,000

SCOTT AND WHITE BUILDING 25

6,900

UT MDA SOUTH CAMPUS RESEARCH BUILDING 3 (PHASE 1)

18,000

UT MDA SOUTH CAMPUS RESEARCH BUILDING 3 (PHASE 3)

116,000

UH UNDERGRAD BIOMEDICAL LAB

1,100

TAMU NANO LAB RENOVATION

7,000

UT HSC BIOMED ENGINEERING DEPARTMENT

30,000

UH BIOMEDICAL RESEARCH LAB RENOVATION

4,300

TXSTU CENTER FOR RESEARCH COMMERCIALIZATION

36,000

UH SCIENCE AND ENGINEERING RESEARCH CENTER

152,000

UT MDA DR. CHIN LAB RENOVATION

4,800

UT MDA LABS AT LIFE SCIENCE PLAZA

118,000

MEDICAL CENTER OF THE AMERICAS

60,000

JLABS AT TEXAS MEDICAL CENTER

30,000

CONFIDENTIAL CLIENT LABORATORY & OFFICE SPACE

23,000

UTEP VIVARIUM LABS

36,117

UT MD ANDERSON ZAYED BUILD-OUT

220,600

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BUILD-OUT

NEW CONSTRUCTION

BIO MEDICAL

VIVARIUM

SIZE (SF)

RENOVATION

PROJECT NAME

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MEET THE

Partnership

Steven C. Schultz faia, acha, leed ap

Melissa Edwards aia, leed ap, ncarb Melissa has been with PhiloWilke for seven years, totaling 17 years in healthcare design. She has experience in numerous aspects of the design process with an emphasis on the production of construction documents and construction administration.

Melissa is known for ensuring consistency throughout the design and construction process, and impeccable documentation.

Registered Architect, TX#23180, TN#104144, AZ#49583, OK#a46855, ID#AR-986231, IN#AR11800152, NV#7962, GA #RA015891, WI#13090-5, WV#5237

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A career spanning more than 35 years, Steve has concentrated on designing patient-focused environments for healthcare clients, working with top academic medical centers and healthcare institutions statewide.

He leads a team of talented medical planners to take projects from the conceptual phase through execution and occupancy, continually seeking to push past conventional solutions, thinking strategically, and applying a rigor to all work efforts. Steve is also a proud Alumni of the University of Houston.

Registered Architect, TX #12564, NM #4992, MS #5463

Greg Johnson aia, leed ap

Robert Babb aia, leed ap Robert is an experienced, sustainable architect with over 20 years of comprehensive design experience in fields including healthcare, health science, corporate, and hospitality. He is passionate about collaboration to ensure that all ideas and expectations are met within the final built environment. He mentors design staff and is highly experienced in leveraging the firm’s technical expertise to bring the 3D experience to life from start to finish on every project.

Registered Architect TX #26431, CO #00404811

Greg utilizes his extensive experience to lead staff in creating projects that reflect the latest knowledge of delivery, technology and design. Sparked by a passion to help others, Greg focuses on the creation of positive clinical environments for the doctors, nurses and healthcare administrators so that they can do their best for patients. Specifically, he believes that the transformation of the built environment can increase efficiency and improve the overall atmosphere, leading to better health outcomes.

Registered Architect TX #14484, WA #11803

Jennifer Young aia, ncarb Jennifer has been with PhiloWilke fo r o ve r 1 0 ye a rs a n d h a s proven to be an integral part of our team. Jennifer’s process driven approach to design utilizes sustained collaboration across all disciplines. Emphasizing teamwork and collaboration, Jennifer works to foster a progressive culture of quality design, informed through multiple points of view. She places a high level of importance on ensuring the client’s needs are understood, integrated, and executed on each project.

Registered Architect TX #30499140, AR #9496 TBAE #24556

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Portfolio “Doctors and healthcare providers educate us. We learn from not just one isolated group, but from big systems and small operators, enabling us to use those successes within our design repertoire.”

8healthcare

portfolio

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CARDWELL COLLABORATIVE

medical center of the americas foundation| el paso, tx

THE STATS COMPLETION: 06.2016 PROJECT SIZE: 60,000 sf PROJECT TYPE: New AWARDS: 2016 AIA DESIGN AWARD - EL PASO 2016 Texas Tech College of Architecture Design Award

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The MCA Foundation had a vision to create “a look into the future”, a statement that announced the arrival of the Medical Center of the Americas throughout the biotechnology industry. More importantly, they sought to revitalize the economically distressed community surrounding the Technology Park.

To achieve this level of stature the foundation required an iconic structure. The Cardwell Collaborative’s distinctively modern design provides a sense of transparency, aesthetically expressing the research being done within. To articulate this feature, the transparent glazing and stair towers offer the occupants’ views of the local landscape, while acting as a visual experience to those passing by. This transparent exterior creates a dynamic visual element through the use of continually changing LED lighting. The canted and bent façade, a subtle nod to the region’s mountain range and its cantilevered brow becomes a lit beacon at night.

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Establishing a design standard for all future architectural language was reclaimed and revitalized to withstand harsh weather conditions used on campus, and raises the bar for future design within the city. as the seasons change.

The building is unmistakable whether traveling East or West through- This facility serves as a modern-day landmark, symbolizing innovation out the City. Designed to support growth for the region’s existing and growth within the Paseo del Norte region and bio-medical field biomedical cluster, the new research facility provides office suites, of study. laboratories, incubator, and other flexible work spaces suitable for start-up companies. To ensure the facility’s design was ideal for researchers, vibration and acoustical studies were conducted for the surrounding thoroughfares.

The building itself is designed to meet LEED Silver certification, with unique sustainable technology showcased throughout. Materials are locally sourced and manufactured, with native drought resistant landscaping and vegetation, with plum studies to reduce extensive exhaust pollution. Due the sites existing conditions, the landscape

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ZAYED BUILDING FOR PERSONALIZED CANCER CARE ut md anderson cancer center| houston, tx

THE STATS COMPLETION: 05.2019 PROJECT SIZE: 220,600 sf PROJECT TYPE: Build-out

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The build-out included approximately 220,600 square feet of shell space on nine floors in the existing twelve story MD Anderson Cancer Center Sheikh Zayed building. The biomedical research laboratories were designed with specific requirements for the principle investigators assigned to the areas including equipment, power and data, and other utilities, while maintaining the adaptable layout of each floor. The design took into account the restricted hazardous materials quantities that are allowed in the current building codes and standards, ensuring the safety of building occupants in the high-rise environment.

The existing shell floors were renovated to include provisions for additional hazardous materials if needed in the future. The project also included the fitout of a conference center on the second floor of the building, available for large group conferences and small group meetings. Additional collaboration areas are incorporated near each laboratory area.

SOUTH CAMPUS RESEARCH BUILDING 3 ut md anderson cancer center| houston, tx

THE STATS COMPLETION: 06.2010 PROJECT SIZE: 250,000 sf PROJECT TYPE: New

SCRB 3 is state-of-the art imaging research and translational patient-care facility for UT M. D. Anderson on a 3.8 acre site in the UT Research Park near the Texas Medical Center. The Center was a collaboration among several vested interest groups, including UT M. D. Anderson, UT Health Science Center-Houston and General Electric. This six-story facility will house everything needed from equipment invention to initial discovery through evaluation in the patient population under one roof. SCRB 3 will focus on developing, refining and applying new imaging techniques for the nation’s top two leading causes of death: cancer and heart disease. The project also includes a cyclotron, vivarium, clinical treatment areas, and biomedical research laboratories.

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JLABS @ TMC johnson

& johnson innovation| houston, tx

THE STATS COMPLETION: 03.2016 PROJECT SIZE: 9,400 sf PROJECT TYPE: New

PhiloWilke Partnership was selected as the lab planner for Johnson & Johnson’s newest incubator start-up “work space”.

J Labs, was designed to be a home for incubator startup companies.

Johnson & Johnson Innovation desired a space which inhabited both scientific research and collaborative areas for cultivation of new ideas. PhiloWilke’s team was selected to provide the lab planning services. While designing only a portion of the facility, our challenge was anything but simple. We needed to create a laboratory system that inspired the scientists it housed while meeting all code requirements.

As the facility’s Lab Planner, PhiloWilke had limited access to decision makers during the design phase. To ensure we were able to capture the needs of the facility users, we prepared our design sessions knowing that decisions would need to be made quickly. Based on the preliminary information we generated a number of lab options for their reaction. With our ability to work within the building model onsite we were able to manipulated the owner’s selected scheme

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RESEARCH

within the meeting and produce the optimal solution. By working interactively with the client we were able to gain design approval within a single meeting and advanced our design schedule.

The laboratory allows companies the ability to grow or shrink as needed. A company could grow from a single bench to twenty benches, allowing them the flexibility to expand without the burden of an independent facility of their own.

The goal of Johnson & Johnson Innovation’s J Labs @ TMC was to create a space that empowers researchers and startup companies to succeed. This space was specifically designed to draw researchers, giving them access to specialized equipment within one of the nation’s largest medical and research hubs in the heart of Houston’s medical center. The facility house’s J Labs first medical device prototype lab and encourages collaboration through the built environment. Spaces include administrative offices, forensic laboratories, modular wet lab units and a collaborative workshop.

Often start up companies’ lab work is confidential due to its HEALTH SCIENCE PORTFOLIO

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nature. However, we were able to create a balance between the two areas giving the public a view into the laboratory but keeping the sensitive work in a secure environment. Ensuring the safety of their discoveries was imperative to the researchers, each individual lab space has its own specific key card and only designated team members are permitted access. In addition, to the incredible space where researchers transform their ideas into reality, they are also given access Johnson & Johnson’s network of investors and scientists helping them move their medical and research breakthroughs from bench to bedside.

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BIOMEDICAL ENGINEERING DEPARTMENT ut health science center at houston| houston, tx

THE STATS COMPLETION: 03. 2010 PROJECT SIZE: 31,785 sf PROJECT TYPE: Build-out

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The challenge with this project was meeting the requirements of multiple clients and research departments. The design guidelines and building standards of both institutions had to be achieved simultaneously and cohesively. In addition to the two institutions, several Health Science Center departments will co-habitat the floor and share core spaces. The primary department is the Nanomedicine/Biomedical Engineering department however the Center for Laboratory Animal Medicine and Care will maintain the vivarium and research animals for the other department’s research. Also several lab spaces were designed for future unknown departments requiring those labs to be generic enough to accommodate a variety of research types but be specific enough to provide efficient inclusive spaces and equipment to accommodate productive research..

LIFE SCIENCE PLAZA

ut md anderson cancer center| houston, tx

THE STATS COMPLETION: 07.2013 PROJECT SIZE: 120,000 sf PROJECT TYPE: Build-out

This large, hyper-track research project is a build-out of shell space on multiple floors for biomedical research laboratory, support space, and offices. Higher education research laboratories by their nature are complex, requiring careful and often time-consuming consideration throughout planning, design, and construction. Spaces must meet quality and testing requirements and be flexible enough to meet demands of various users without the high costs associated with the goals of infinitely flexible space.

We continue to increase our challenges by creating “impossible” deadlines: this is not just a challenge to see if it can be done, but brings forth real dialogue about the benefits of realizing projects in less time.

Allowing users to move into their spaces more quickly is a tangible benefit to institutions competing for world class researchers.

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STAR ONE RESEARCH FACILITY texas state university| san marcos, tx

THE STATS COMPLETION: 04.2016 PROJECT SIZE: 36,000 sf PROJECT TYPE: New

PhiloWilke Partnership was awarded phase 1 & phase II of Texas State’s First Commercialization research facility.

The Science, Technology, and Advanced Research (STAR) Park is a 58-acre site that hosts STAR One, Texas State’s first building dedicated to the university’s research and commercialization efforts.

PhiloWilke provided master planning and design services to integrate the University’s new incubator program into the campus. When selected, our team was asked to conduct master planning for the future park, to verify building placement, land use and consistency of campus’ image.

STAR One was planned as a two-part multi-phased project. The University provided an outlined space program, which we verified.

The program consisted of office, support, building administration and lab spaces, with small conference and staff areas. Confirming all specified elements, further development of materials and laboratory requirements. Another portion of the initial project scope was designing for future expansion.

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Our team was awarded the STAR One expansion, not long after the completion of phase one. The secondary design was guided by the concept of collaboration. Although we had the same goal as the previous phase, this portion featured a conference center. Both projects required extensive coordination and availability of the design team. As a Texas based architectural firm, traveling to the job site is part of our process, we met on-site every other week during design and every week during construction to ensure Texas State’s objective were met.

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into clean labs as desired. Flexible bench labs were integrated, to grow with the tenants needs.

As the STAR One facility is unique to its location, demand for incubator space was high. Phase One and Two were designed to make the expansion process as simple as possible. Due to the increased demand, the University was eager to complete the facilities expansion. With our previous knowledge of Texas State System and the STAR Park, we met the aggressive schedule and accelerated the project’s speed-to-market. This forward thinking enabled Texas A commercialized technology facility’s primary focus is product State University and its tenants to grow without limitations. invention and development. As a technology incubator, STAR One was planned to attract start-up and early-stage businesses, by providing access to secure laboratory and office spaces. The design was intended to encourage research and commercial development.

Just as every invention is unique, so are the laboratories they are built in. Lab flexibility was critical to the design, we incorporated a standardized lab system, that could be easily customized or converted

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NUCLEAR MAGNETIC RESONANCE FACILITY texas a&m university| college station, tx

THE STATS COMPLETION: 12.2007 PROJECT SIZE: 60,000 sf PROJECT TYPE: New

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Nuclear Magnetic Resonance (NMR) spectroscopy has become a core technology in basic and applied research in the molecular life sciences and a cornerstone of structural biology. Texas A&M University (TAMU) identified structural biology as a signature program. This LEED® Gold certified world-class facility allows TAMU to become a world renowned leader in bimolecular NMR. The new addition, houses six pieces of equipment with the 900 MHz instrument as the cornerstone, is one of the largest in the world. The location for the new NMR facility created physical proximity and programmatic partnerships between the Department of Biochemistry and Biophysics and The Texas A&M University System Health Science Center College of Medicine, and other groups in structural and computational biology. This facility enhanced the collective visibility of all structural biology-based initiatives on campus.

SCIENCE AND ENGINEERING RESEARCH CENTER the university of houston| houston, tx

THE STATS COMPLETION: 08.2012 PROJECT SIZE: 12,00020,000 sf

This laboratory building is a five-story structure with an innovative design that facilitates interaction, featuring open labs with no walls to isolate them. The design team succeeded in creating a highly flexible laboratory environment that supports any and all kinds of scientific endeavors. SERC was designed to be both efficient and aesthetically pleasing. Build out of the entire building included labs and analytical data offices to support research that covers bionanotechnology, DNA and protein chips, synthetic medicinal chemistry, drug design, nano-lithography, materials and optoelectronics - and specialty equipment that accompanies each, such as NMR, chemical and isotope fume hoods, glass wash etc.

PROJECT TYPE: Build-out

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Thank You CONTACT PHILOWILKE PARTNERSHIP HOUSTON 11275 S. Sam Houston Pkwy W. Ste. 200 Houston, TX 77031 T: 832.554.1130 W: www.philowilke.com

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