Eve R. Forward
DPR's Roving Reporter

Eve R. Forward

Eve R. Forward is DPR Construction's roving reporter. Born in 1990 in Redwood City, Eve lives and breathes DPR...Literally.

Posts: 154
Location: Redwood City, California
Favorite core value: Ever Forward, naturally! I was named after this core value.
Hometown: I was born in Redwood City, but now I live all over the country.
Best part of the job: Asking the hard-hitting questions that need answers.
Posts In: Data Centers and Mission Critical, Healthcare, Higher Education, Integrated Project Delivery (IPD) and Lean, Making Milestones


September 17, 2018

University of Georgia Unveils Sanford Stadium’s West End Zone Enhancements

Just in time for college football season, The University of Georgia (UGA) formally unveiled its enhancements to the west end zone of Sanford Stadium, the tenth largest college football stadium in the country.

Led by DPR’s Lauren Snedeker, the project team embraced the challenges of renovating the stands, locker room, recruit club, plaza and concourse area of UGA’s beloved Bulldogs, all while over 94,000 curious fans flooded the stadium during last season’s six home games. Through careful planning every week, the team demobilized the entire jobsite prior to each game day.

The $63 million project, funded primarily by donor support, creates a new game-day experience for current and future student-athletes, as well as fans. The 120,000 sq. ft. of new and updated space includes:

  • A 10,500-sq.-ft. hospitality lounge for hosting prospective student-athletes and their guests on game days. The lounge is the first of its kind at Sanford Stadium for the Georgia football program.
  • New locker room, including fully equipped locker and shower facilities, as well as additional storage space for sports medicine, equipment and coaches’ locker rooms.
  • New plaza replacing all existing entrances in the stadium’s west end.
  • Expanded and enhanced concession and restroom facilities as well as a new video board that is 33 percent larger than the previous one.

“This extension, renovation, and expansion project has made Sanford Stadium, already one of the finest college football environments, even better,” said President Jere W. Morehead. “It is one more step that the University of Georgia is taking to reach new heights of excellence across all our athletic programs.”

President Jere W. Morehead addresses the audience during the dedication ceremony for the project. Photo courtesy of Andrew Davis Tucker
UGA officials, DPR team members and HOK wait in anticipation for the cutting of the ribbon at the ceremony. Photo courtesy of Andrew Davis Tucker
The new locker room includes fully equipped locker and shower facilities, as well as additional storage space for sports medicine, equipment and coaches' locker rooms. Photo courtesy of Skyler Herring
The $63 million project creates a new game-day experience for current and future student-athletes. Photo courtesy of Skyler Herring

September 12, 2018

Cutting the Ribbon on Two New Central Arizona College Facilities

Central Arizona College (CAC) recently opened two new, ground-up facilities that DPR Construction delivered on its Signal Peak Campus in Coolidge, AZ: the Mel A. Everingham Student Union and a Science Building. CAC President Dr. Jackie Elliott, CAC Governing Board members, staff, students and the local community joined to celebrate the ribbon cutting ceremony as the new school year kicked off.

The new Student Union promises to be a new campus landmark and a destination for all students, enhancing the student experience with a modern campus hub. Architekton designed the 40,600-sq.-ft. facility to mirror the surrounding mountainous landscape with an undulating, angular roofline that provides a soaring open feel to the interior public space. The Student Union houses a full-service kitchen and cafeteria, a bookstore, student lounge, meeting rooms and the campus public safety office. An 8,900-sq.-ft outdoor seating and landscape area provides space for students to relax between classes and includes AV infrastructure to convert into an outdoor amphitheater to host large events, such as graduation.

The exterior view of the new Central Arizona College Student Union.
The new CAC Student Union's design takes cues from the surrounding landscape. Photo courtesy of Gregg Mastorakos

Just north of the new Student Union, the new two-story, 32,250-sq.-ft. Science Building offers students and faculty a Maker Space/STEM classroom with 3D printers and robotics, teaching labs, wet and dry labs, prep room and faculty offices.

“The efficient and functional learning space of the science building is designed to draw and engage students in a 21st Century educational atmosphere,” said Daniel Childers of Architekton. The building’s design offers nods to the surrounding desert with an outdoor garden and a water feature running through the building with roof drainage.

A dining area inside the new CAC Student Union
The new CAC Student Union enhances the student experience with a modern space for eating, studying and socializing. Photo courtesy of Gregg Mastorakos

It was critical for DPR to deliver both buildings in time for the start of a new school year. To help ensure the schedule was met, DPR used Digital Building Components, a Phoenix-based custom fabrication facility that uses robotic technology to precisely roll aluminum studs and build framing components. The CAC Science Building had all exterior panels fabricated at Digital Building Components and delivered sequentially for immediate installation at the project site, reducing the exterior skin installation time from four weeks down to a day and a half.

A science classroom at CAC featuring lab tables and fume hoods.
CAC students can take advantage of top notch facilities in the new science building. Photo courtesy of Gregg Mastorakos

July 23, 2018

Tilt-Up Panels Enable Speed-to-Market at Digital Realty’s Ground-Up Data Center

In Ashburn, Virginia, Digital Realty’s (DLR) latest data center is rising from the ground up with tilt-up wall panels. Scheduled for completion in December 2018, the 230,000-sq.-ft. hyperscale data center is leveraging the cost and time savings of using tilt-up construction, a method in which large slabs of concrete are poured directly at the jobsite, then raised into position to form the building’s exterior walls.

DPR team
Speed-to-market is a critical factor for DLR, as the need for data centers designed to deliver services and content to support the world’s largest cloud platforms continues to grow. Photo courtesy of Ulf Wallin

Speed-to-market is a critical factor for DLR, as the need for data centers designed to deliver services and content to support the world’s largest cloud platforms continues to grow. With its customer’s needs in mind, the team chose tilt-up panels to eliminate the traditional limits of the size of panels that could be transported to the site. Since larger panels were poured onsite, less panels were needed to complete the structure, further speeding up the process. The tilt-up panels also allowed for early scope release of certain trades, specifically the plumbing and structural steel subcontractors, who installed plumbing risers and steel connections before the tilt-up panels were lifted, saving time down the road.

Tilt up wall panels
Scheduled for completion in December 2018, the 230,000-sq.-ft. hyperscale data center is leveraging the cost and time savings of using tilt-up construction. Photo courtesy of Ulf Wallin

After pouring concrete walls around the building’s perimeter, the team began lifting the walls into place this summer. The process takes approximately 45 minutes per two-story panel, with the team installing between eight to ten panels per day. It will take 105 panels and 2,000 cubic yards of concrete to complete the perimeter of the data center.

Once complete, the data center will also include the build-out of a 6MW data center hall and will ultimately host 36MW of power.

July 5, 2018

Penn State University Celebrates Grand Reopening of Modernized Agricultural and Biological Engineering Building

PSU grand reopening
Penn State University (PSU) recently opened its newly modernized Agricultural Engineering Building, which houses the Department of Agricultural and Biological Engineering (ABE). Photo courtesy of Michael Houtz

Penn State University (PSU) recently opened its newly modernized Agricultural Engineering Building, which houses the Department of Agricultural and Biological Engineering (ABE) in the College of Agricultural Sciences. The ribbon cutting ceremony was held on June 8, 2018, giving PSU the opportunity to recognize the gifts and donations that made this facility a reality.

Home to some of the nation’s top architectural, engineering and building construction programs, PSU is incorporating Integrated Project Delivery (IPD) on this project, the first time the delivery method will be used on campus. The selection process began in the early summer of 2014, followed by PSU, DPR Construction, EYP Architecture & Engineering and mechanical and electrical subcontractors signing a multi-party IPD contract in 2015.

PSU lab
The Agricultural Engineering Building houses four multi-purpose classrooms, more than 30 comprehensive research and teaching labs, and several conference rooms and collaboration lounges. Photo courtesy of Michael Houtz

The two major components of this 93,500-sq.-ft. project are:

  • The modernization of the existing Charles Klauder building: built in 1938, the historic building needed major upgrades to meet safety and energy standards, as well as building needs.
  • The demolition of a 1960s addition to the building: In its place, the team constructed a new, replacement building, designed to match existing campus architecture.
PSU photo
With an energy efficient, open-concept design, the Agricultural Engineering Building is aiming to achieve LEED Silver certification. Photo courtesy of Michael Houtz

The Agricultural Engineering Building houses four multi-purpose classrooms, more than 30 comprehensive research and teaching labs, and several conference rooms and collaboration lounges. Agricultural engineering, with its diverse range of study, houses not only bio-chemistry laboratories, but machine shops, integrated hydrology-hydraulics laboratories and a new centralized fermentation laboratory.

With an energy efficient, open-concept design, the Agricultural Engineering Building is aiming to achieve LEED Silver certification through sustainable elements including a green roof, water conservation technology, renewable materials and use of natural light.

PSU lab
Agricultural engineering, with its diverse range of study, houses not only bio-chemistry laboratories, but machine shops, integrated hydrology-hydraulics laboratories and a new centralized fermentation laboratory. Photo courtesy of Michael Houtz

June 29, 2018

Celebrating the Topping Out of Crosstown Center Phase II in Tampa

In Tampa, the DPR team at Crosstown Center Phase II celebrated the completion of vertical structural steel construction with a traditional topping out ceremony this spring.

The corporate office campus will include a 5-story, 260,000-sq.-ft. core-and-shell office building with a 7-story, 1,260 space parking garage and connecting pedestrian bridge when it is complete in late 2018. Pursuing LEED Silver certification, the campus will leverage sustainable elements such as daylighting and recycling of 75 percent of construction waste.

More than 250 guests including design team members, subcontractors, craftspeople and owners enjoyed a barbecue lunch, presentation and ceremonial signing of the final beam to be raised into the structure. DPR thanked the subcontractors and construction crew for their hard work and dedication to maintaining a safe project site.

Crosstown rendering
The corporate office campus will include a 5-story, 260,000-sq.-ft. core-and-shell office building with a 7-story, 1,260 space parking garage and connecting pedestrian bridge when it is complete in late 2018 Photo courtesy of Gensler
Dave Elrod
Dave Elrod, who leads DPR's Tampa business unit, ceremonially signs the beam. Photo courtesy of Dave Weathers
Ceremonial beam
More than 250 guests including design team members, subcontractors, craftspeople and owners enjoyed a barbecue lunch, presentation and ceremonial signing of the final beam to be raised into the structure. Photo courtesy of Dave Weathers
Group photo
DPR thanked the subcontractors and construction crew for their hard work and dedication to maintaining a safe project site. Photo courtesy of Dave Weathers

June 25, 2018

Duke University’s Dean Marion Broome Celebrates Progress of Duke Health's Interdisciplinary Building

In Durham, North Carolina, Marion Broome, PhD, RN, Dean of Duke University School of Nursing, paid a visit to personally thank the DPR crew on the progress of Duke Health's new five-story, 103,000-sq.-ft. interdisciplinary building.

Expected to be completed in fall 2019, the building is the future home of the Duke School of Medicine’s Doctor of Physical Therapy Division, Department of Orthopaedic Surgery and the School of Nursing. The shared space aims to promote collaborative scholarship and strengthens Duke’s academic community by teaching students the value of patient-centric care across multiple medical disciplines.

“On behalf of the Duke University School of Nursing faculty and staff, we are so excited about this opportunity to do, as Duke does, to collaborate so well but to also take interprofessional education to the next level,” said Broome.

Dean Broome visits jobsite
Dean Marion Broome visited the jobsite to celebrate progress of the interdisciplinary building. Photo courtesy of Andrew Buchanan
Dean Broome visits jobsite
Dean Broome personally thanked the project team for its work on the 103,000-sq.-ft. building. Photo courtesy of Andrew Buchanan
Dean Broome visits jobsite
The team gave Dean Broome a tour of the jobsite. Photo courtesy of Andrew Buchanan
Dean Broome visits jobsite
Expected to be completed in fall 2019, the building is the future home of the Duke School of Medicine’s Doctor of Physical Therapy Division, Department of Orthopaedic Surgery and the School of Nursing. Photo courtesy of Ayers Saint Gross

May 2, 2018

Construction Underway at Inova Loudoun Hospital’s Patient Tower

Construction is underway at Inova Loudoun Hospital’s (ILH) new patient tower in Leesburg, Virginia. Scheduled for completion in 2020, the tower is one phase of ILH’s $300 million master plan for expansion of facilities and services.

The 7-story 385,000-sq.-ft. patient tower was designed by HDR in collaboration with RSG Architects to create a patient-focused experience that elevates the human spirit. The tower will include:

  • Private, patient-centered rooms
  • New obstetrics unit and expanded Neonatal Intensive Care Unit (NICU)
  • Expanded Progressive Care Unit (PCU) and Intensive Care Unit (ICU)
  • Expanded Inova Heart and Vascular Institute Schaufeld Family Heart Center
  • More tertiary services, including Level III Trauma at the Inova Virts Miller Family Emergency and Trauma Center and throughout the hospital
  • Outpatient services, diagnostic imaging, a café and hospital support
  • Shell space for future expansion
Groundbreaking photo
The team broke ground on Inova Loudoun Hospital’s new patient tower in September 2017. Photo courtesy of Kimberly Shumaker
Aerial photo
Construction on the 7-story, 385,000-sq.ft. patient tower is underway. Photo courtesy of Louay Ghaziri
Rendering
Scheduled for completion in 2020, the patient tower is a part of Inova Loudoun Hospital’s $300 million master plan for expansion of facilities and services. Photo courtesy of HDR

March 28, 2018

VCU Health C.A.R.E. Building Opens to Provide Accessible Healthcare

VCU Health Community Memorial Hospital’s new C.A.R.E. Building opened in February 2018, creating a comprehensive medical center housing clinics, administration, rehabilitation and education services for the residents of southern Virginia and northern North Carolina.

Adjacent to the Community Memorial Hospital in South Hill, Virginia, the $14.4 million, 67,000-sq.-ft. C.A.R.E. Building represents VCU’s commitment to make comprehensive healthcare as accessible as possible for its patients. It is home to physician practices and hospital services including cardiology, pulmonology, family care and orthopedics. The new facility will also house a family dental clinic that is set to open later this year.

VCU Health C.A.R.E. building exterior.
Photo courtesy of Judy Davis
Photo courtesy of Judy Davis
Photo courtesy of Judy Davis
Photo courtesy of Judy Davis

December 22, 2016

DPR Experts Spark Conversation at Bisnow’s Annual Data Center Investment Expo

Two of DPR’s core market experts took the stage this winter at Bisnow’s Annual Data Center Investment Expo in Dallas, where industry leaders from across the country gathered to discuss the latest trends and innovations in data centers and industrial buildings.

Among the group of speakers and panelists were DPR’s Mark Thompson, national advanced technology market group leader and Andy Andres, a project executive in DPR’s Dallas office.

Throughout Thompson’s role as moderator of one of the panels, several topics about site selection were debated, including successful factors to hyperscale projects, and the process of locating strong regions and sites.

Thompson recalls the following takeaways:

  • The key to a hyperscale project’s success is speed-to-market and partnerships, due to rapid growth and extensive project scopes.
  • After the strategy behind the business direction is decided, regions are then considered and based around demand.
  • The two pivotal factors following site selection include core fundamentals of infrastructure (water, sewer, power, fiber), and connectivity to populated areas for access to labor.

Andres participated in a design and development discussion focused on the importance of progressive technology when building data centers. As a panelist, Andres shared some of DPR’s best practices in technology utilization, including:

  • The use of laser scanning and drones, which help transform facilities into more adaptable and flexible spaces, ultimately reducing uncertainty during the construction process.
  • The creation of a collaborative work environment with real-time project management tools to continuously reaffirm what the customer wants to build and how they want to build it.
  • The importance of technical platforms to integrate virtual designs in design-assist and build-out.

Industrial buildings and data centers have been equipped with more features in recent years and are continuing to evolve. Data centers are transforming to denser builds with more power and cooling. Like DPR, other client-serving companies are creating their own standards of certification, which can lead to an entirely different approach to build-outs and the overall business purpose of a project.

Overall, both conversations captured new and upcoming trends seen across the country in the business and development of data centers. From fundamental project planning to advancements in technology, both panels influenced audiences by providing a variety of outlooks and experiences, as well as robust strategy.

December 21, 2016

Q&A: Building Lasting Relationships

To truly develop a lasting relationship with a medical center, you have to be prepared to assist in whatever way is necessary to help them succeed, whether it is to provide a budget, complete a large expansion or come back to move something as simple as a door.

Palomar Medical Center in Escondido, California, a project DPR completed in 2012, recently selected DPR to build two new projects, valued at $200,000 each: retrofitting the existing labor-and-delivery floor and adding a neonatal intensive-care unit to the same floor. 


Palomar Medical Center accommodates up to 360 patient beds, 12 operating rooms, a 50-room trauma center, a 60,000-sq.-ft. undulating green roof and a 40,000-sq.-ft. central plant.

San Diego business unit leader Brian Gracz, who was the project executive on the original Palomar Medical Center, recently chatted with commercial real estate publication GlobeSt about what it takes not only to build great things, but build great relationships.

Read the full Q&A on the DPR Review