Reinventing the Balance for School Safety

Re-inventing the Balance for School Safety with Other Requirements in Today’s School Designs

Heartland Middle School, Edmond, OK
Heartland Middle School, Edmond, OK

Explore trade-offs encountered when design professionals structurally harden schools to ensure student safety that include discussions lead by the research team as well as information gathering from design professionals about their experiences designing schools for safety.

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Learning Objective 1
Learn how decision makers would benefit from research and design tools that illustrate and support modeling of healthy school environments.

Learning Objective 2
Gain an understanding of trade-offs, between structural hardening, sustainability, and environmental quality.

Learning Objective 3
žUnderstand how these tools are critical in times when decision makers are influenced by tragic events and lose perspective on ways in which reactive decisions might affect student and teacher performance.

Learning Objective 4
žLearn how the focus on one factor of school design often leads to a trade-off without the awareness of the possible implications to other areas in school environments.

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Presented at EDSpaces, the Conference & Expo for Innovative Learning Environments, October 28, 2015, by:
FSB Education Design Studio
University of Oklahoma / College of Architecture

Fred Schmidt, FAIA, LEED AP, Frankfurt Short Bruza Associates, P.C.; Scott Oglesby, RA, LEED AP, Frankfurt Short Bruza Associates, P.C.; Lisa Holiday, Ph.D. PE, University of Oklahoma; Hepi Watcher, M.Arch, Dipl.Ing, LEED AP, Green AP, CAPS, NCIDQ, University of Oklahoma

For additional information on the OK HEALTHY SCHOOLS research program visit: http://okchs.csa.ou.edu

Presentation for OK 26th Annual Statewide Historic Preservation Conference

Built in 1909, designed by Layton Hawk Smith, Central High School was the first dedicated High School in Oklahoma City.
Built in 1909, designed by Layton Hawk Smith, Central High School was the first dedicated High School in Oklahoma City.

Oklahoma City / Central High School

Early Chronology / History
•  Built in 1909, Designed by Layton Hawk Smith
•  Collegian Gothic Style, Limestone Clad
•  First Dedicated High School in OKC
•  September 1910 1st students reported to class
•  1919 changed the name to Central High School with advent of additional HS’s under way
•  1920 OKC had; 19 Elems., 5 Jr. Highs, 3 HS’s (Central, Capitol Hill, Classen)
•  1968 stopped being used as HS

•  November 7, 1976 CHS was placed on the National Register of Historic Places
•  1981 sold to Southwest Bell Telephone Co.
•  April 1984 renovation was complete and received Regional AIA Award with accolades for being saved from possible demolition.
•  Became known as One Bell Central
•  2005 SWB consolidated its downtown offices, moved to Dean McGee Ave. and sold the building to American Farmers and Ranchers Insurance Co. who was celebrating its centennial year.
•  AFR never filled the building and in 2010 put the building up for sale.
•  2012 after an intense bidding exercise OCU purchased the building to relocate it’s School of Law downtown.
•  Ironically, their bidding competitor was OKC Public Schools who after selling it 31 years earlier wanted it for their Administrative Headquarters.
•  Central High School continues to have an active alumni association with an active web site.
•  After visiting the web site, Jean Winder Roberts added a comment saying, “This all brings a tear to my eye! I graduated in 1947 and loved that school and my friends with all my heart. This website is fantastic. Thanks.”
•  This is the 8th Soloman Andrew Layton building that FSB has worked on including the State Capitol Dome.
•  The OCU School of Law project is scheduled for completion in December 2014.

One Bell Central

Historic Fabric Saved
Basement; none
First; none
Second
– N and S Entries; Mosaic tile flooring
– E Entry; Mosaic tile flooring and Murals
– Auditorium Proscenium
Third
– Balcony edge detail
Fourth
– Tiered Lecture Hall

Oklahoma City University / School of Law

Chronology – OCU School of Law
Fall 2011; Due Diligence Study
Fall 2012; Building Purchase
January 9, 2013; Program Validation
March 1, 2013; Final Design
April 24, 2013; 50% CD’s
June 19, 2013; 95% CD’s
August 6, 2013; 100% CD’s
September 20, 2013; GC Award
December 2014; Substantial Completion

Historic Preservation Angle
Federal Funding initiates historic preservation submission process
20% Federal Historic Tax Credit
Oklahoma has 20% match (was in a moratorium)
SHPO is the conduit to NPS Historic Preservation
3 Part Submission
Part 1 information about the significance and appearance of the building.
Part 2 describes the condition of the building and the planned rehabilitation work.
Part 3 of the application is submitted after the project is complete and documents that the work was completed as proposed.

Historic Preservation Chronology
2013
April; Owner elects to pursue historic tax credits
May; Exploratory Package to SHPO
July; Part 2 Submission to NPS
August; Part 2 Submission approved by NPS
December 4; Amendment 1-Window Replacement

2014
January 23; Amend 1 approved by NPS
March 31; Amend 2 – Sample Window
May 5; Amend 2 disapproved by NPS
May 30; Amend 3 – Addressing NPS concerns

STEM Education: Today’s Kids, Tomorrow’s Future

Fred Schmidt, presenting on STEM Education to teachers at the OK Education & Industry Partnership Conference.
Fred Schmidt, presenting on STEM Education to teachers at the OK Education & Industry Partnership Conference.

Today’s Kids, Tomorrow’s Future

What is STEM? Science – Technology – Engineering – Math

How do YOU define Science, Technology, Engineering & Math?

What is STEM Education?

  • A focus on the real world applications of problem solving
  • An interdisciplinary and applied approach to teaching the 4 STEM disciplines
  • Getting kids excited and pique their interested in wanting to pursue STEM courses
    STEM Presentation - OK Ed Conference

Intelligent Building Systems: A Smart Move for the Oklahoma Capitol

The Oklahoma Capitol building is a living piece of state history.

It’s also a functioning public office building and gathering space. The 100-year old building’s mechanical systems had reached a critical point of disrepair when, in 2014, the legislature and Gov. Mary Fallin initiated a restoration for the building that would include modernizing its heating, cooling and lighting systems.

“Almost everything communicates through wi-fi now,” FSB Principal Brian Sauer said. “I can’t think of a recent building of any scale bigger than a house that didn’t have some level of building automation. Customizable, low voltage systems are a particularly perfect fit for the Capitol, where four months out of the year the building is full most of the time for the legislative session, and the other eight months people are coming and going.”

Intelligent building systems, wireless features that can be programmed, can “talk to each other” via an internet connection and can be controlled from a central location, which will bring many mechanical and electrical improvements to the historic building. These systems have been evolving over the past decade, and thanks to the increasing compatibility and decreasing price for key components like LED lights, they are now more accessible than ever. They offer major advantages, including more control and long-term savings on energy, maintenance and operations.

To create a comfortable, functional environment now and into the future, the Capitol’s state-of-the-art building automation system will incorporate lighting controls, HVAC controls, elevator controls and even the monitoring of fire alarm and fire protection systems into one central “brain” that communicates with each component. This “brain” allowed FSB to find some creative opportunities to connect systems and share information.state-of-ok_capitol-interiors-renovation_mechanical-systems_okc-ok

For example, the Capitol’s lighting system will feature occupancy sensors to automatically light rooms only when motion is detected — a relatively common feature in modern workspaces. Less common, however, is the capability to control temperature room-to-room based on occupancy. In fact, FSB Senior Electrical Engineer Pat McCarty said it’s a feature that few other buildings currently include.

“When it’s warm out and our sensors detect that committee meeting room or representative’s office is vacant, the building maintenance staff might program the HVAC system to raise the temperature to an unoccupied condition, say from 74 degrees to 78 degrees,” McCarty said.

At the Capitol, building operations are handled by the Office of Management and Enterprise Services (OMES). Once the renovation is complete, the OMES Capitol maintenance staff will be able to program the building to warm up or cool down each morning an hour before staffers begin arriving to their offices during legislative session. When the sunlight is filtering through and office window, a sensor will detect the natural light and communicate with the office’s LED’s to automatically lower their brightness. This all adds up to reduced energy consumption and a more comfortable working environment.

In order to integrate electrical systems like lighting with mechanical systems like HVAC, particularly in an important historical building, Sauer said coordination across architecture and engineering disciplines needs to be happening constantly.

“To properly control climate and humidity, we need a sensor on every floor of the rotunda, a beautiful open space in the Capitol,” Sauer said. “Obviously we’re not going to just stick a standard thermostat on the wall. So, we’re working with architects to explore different temperature sensing devices that can be used, and they are helping us figure out how to hide them within the building. That doesn’t come together when you don’t all work in the same office. You end up with a thermostat in the rotunda!”

As a public project, cost was a key consideration. At the Capitol, intelligent building systems turned out to be most cost effective for taxpayers long term. In fact, the investment in these low-voltage systems will pay back in fewer than five years when energy savings and OG&E rebates are considered, Sauer said. Energy savings will total several million dollars. Further savings will be attained in the form of reduced maintenance costs. All new building automation systems have the capability of being accessed through mobile devices for enhanced maintenance and operations.

“Having single points of access, rather than walking to a closet in the building to see what’s going on, ends up saving time,” McCarty said. “Wireless technology has made incorporating and installing this type of technology much more practical. The renovation presented our team with an incredible opportunity to bring the latest advancements in mechanical and electrical systems and to set the stage for efficiency and customization in the future.”

To learn more intelligent building systems for your next project, contact Brian Sauer, FSB Principal, at [email protected] or directly at 405.840.2931

For Better or Nurse

With more students than ever, Oklahoma City University’s nursing school builds on its success.

Diagnosis: overcrowding. Cure: expansion.

While summer break continues on the campus of Oklahoma City University, so does construction of a new, three-story building to connect with the current Kramer School of Nursing and more than triple its size. The cramped faculty and staff can’t wait to move in

“Right now, we are making space where we can find it, all over campus,” says Marvel Williamson, dean of the Kramer School of Nursing. “For classrooms, we’ve got facilities that weren’t intended to be classrooms. We have faculty and staff doubling up on offices. … It’s kind of like a lab experiment, where you see how many mice you can stuff in a cage before they start fighting each other. We’re really resisting the temptation to do that.”

ImageAll kidding aside, Williamson says the school has been experiencing growing pains for quite some time, seeing enrollment increases for 18 consecutive semesters. (In 2001, Kramer had 72 students and one program; today, it has around 300 students and eight programs.) She attributes the recent rise partly to the nation’s economic recession, which sent many scurrying for more in-demand jobs. One such golden opportunity exists for nurses, as a shortage in America threatens not to have enough to care for baby boomers on the cusp of retirement.

Whereas most nursing schools cap their enrollment numbers, Williamson says OCU has a different philosophy.

“We’re a very service-oriented institution,” she says. “One of the aspects of our mission is to meet the needs of the community, so we have done whatever we could to accommodate the demand for spots in nursing programs.”

But it’s not that easy. She says the school outgrew its existing 16,000-square-foot facility four years ago. Fundraising efforts began stat. With $7 million in hand, ground broke on the new site last October.

Although spring 2011 students will be the first class to gain knowledge in the new, 50,000-square-foot building after construction is completed in January, the third floor will remain unfinished and unused until an additional $1.5 million can be secured. Wynn Construction is the builder; the architect was Frankfurt Short Bruza.

Williamson says the current building will be retained and connect to the new one, which is “pretty much just more of the same: more classrooms, more offices, more nursing skills labs, another student lounge, more seminar rooms. … The one thing that I’m looking forward to is the opportunity for everybody to have his or her own office, and for students not to be shoulder-to-shoulder.”

 

 

 

NOC Dedicates New Dorms

EnidBuzz_Jets Hall Ribbon Cutting
Holding the scissors preparing to cut the ribbon in front of Jets Hall is NOC President Dr. Cheryl Evans and by her side holding the ribbon is Enid Chamber of Commerce President & CEO Jon Blankenship.

Northern Oklahoma College dedicated the new residence halls at both the Tonkawa and Enid locations last Friday, Oct. 9.

The ribbon cuttings, building tours and Masonic Cornerstone Ceremonies highlighted the events celebrating the nearly completed Mavericks Hall in Tonkawa and Jets Hall in Enid.

The NOC Board of Regents approved $5 million in funding, for each of the two new residence halls, through the Oklahoma State Regents for Higher Education’s Real Property Master Lease Program to design and build the two-story, brick structures created to blend architecturally with existing buildings at each location.

The spacious 20,344-square-foot residence halls each include 84 beds divided into semi-suite units with two bedrooms to house two students in each room which are complete with walk-in closets and shared bathroom facilities in each unit. In addition, the public areas include a large lobby, student lounge, laundry and vending areas, study rooms and a recreation area/storm shelter designed to FEMA standards. The buildings include an energy-efficient HVAC system, Internet access and a state-of-the-art security system with proximity card access control.

The college engaged Frankfurt-Short-Bruza Associates, P.C. as the architectural firm to design new construction and Nabholz was selected as the construction manager for the project with the ultimate goal to improve the student living experience.

NOC President Cheryl Evans, after welcoming and thanking those who came to celebrate the grand opening events, said, “The near completion of the residence halls truly marks another milestone in Northern’s history of providing the best living and learning environment possible to assist students in reaching their career goals. The new student housing facilities establish a new direction for student residence halls at NOC. We haven’t built any new housing in over fifty years and are so excited to see it become a reality.”

Evans also recognized and congratulated Dr. Joe Kinzer, NOC past president, for his recent induction into the Oklahoma Association of Community Colleges Hall of Fame. Also, during the luncheon, just prior to the grand opening event in Enid, Evans presented him with the award granted to Hall of Fame inductees.

Jason Johnson, vice president for student affairs, said “Our mission with this new housing is to create an inviting, safe living and learning environment that is enduring and fosters collaborative, life changing experiences that lead to lifelong achievements and friendships. These spacious 20,344 square foot facilities will give us the opportunity to bring our traditional aged student body into more modern attractive facilities, dramatically enhancing our enrollment efforts. Keeping freshmen on campus where they can collaborate and grow with each other is important to helping them finish their degree. With the addition of these 84 bed residence halls, we can create successful residence-life programs that will help retain students as well as enhance the educational experience.

“In designing the new residence halls, new technologies and the balance between privacy and community were major considerations. Students choosing to live here will have easy access to the current dining facilities as well as academic and athletic buildings.”

Johnson thanked Franfurt-Short-Bruza Associates, Nabholz Construction Services, and members of the Residential Housing Task Force Committee, which Johnson chaired, for working together on the housing project.

Other congratulatory remarks were given by NOC Board of Regents Chair Linda Brown in Tonkawa and NOC Board of Regents vice-chair Tom Dugger at the Enid grand opening. Sheri Snyder, NOC vice president for development and community relations, was the mistress of ceremonies at both events. Ribbon cutting ceremonies were by the Tonkawa and Enid Chambers of Commerce and the Masonic cornerstone ceremony was led by the Most Worshipful Grand Master of the Masons of Oklahoma Grand Lodge Gary Beisly.

EnidBuzz_Jets Hall 2
Construction is nearly complete on the new NOC Jets Hall in Enid as shown in this Oct. 9 photo.

 

Groundwork for a Legacy: Master Planning for Tribal Facilities

choctaw_hq_mp_durant-ok

The Groundwork
In 2013, Choctaw Nation leadership invited FSB architects and engineers to visit land the tribe had begun developing for use by its leadership, employees, members and cultural tourists. The tribe was considering enlisting FSB’s master planning services to guide future construction at the site. At the time FSB was consulted, two buildings had already been completed — a Community Center and a Child Development Center. A third building also was under construction as a Food Distribution Center.

“When the Choctaws first met with us, the vision for the project hadn’t yet been determined. They didn’t have a firm grasp on what functions the site would serve, how many people it would need to support, or how many and what size of buildings they would eventually need,” said Jason Holuby. Principal of FSB’s Native American market.

“We had the opportunity to say ‘Let’s take a step back and think about what you really want this project to be,'” Holuby said. “What image do you want to convey to the public and to tribal members? Who needs to have input; how do we make sure that those voices are heard, and how we can meld all of those influences into a thoughtful solution that provides the necessary building space and site amenities, plus meets the bigger picture goals and values of the tribe, so that the project is meaningful for generations to come?’

“At those early meetings, I’m sure that none of us realized how large and important this project would eventually become,” he added.

Major growth needs a master plan
As a firm with experience in many industries and markets, encompassing both the architecture and engineering disciplines, FSB has created dozens of master plans. It’s not uncommon for a client to be surprised about the level of introspection inherent in the process, Holuby said. In order for a master plan to serve its purpose, architects and engineers need a clear picture of the organization’s goals for the project, along with a deep understanding of its history, mission and organizational structure. From a physical perspective, they must understand the preferred design aesthetic as well as wayfinding, safety and parking needs. From a business perspective, planners must also understand each group’s workflow and anticipated growth to design spaces that facilitate collaboration and are flexible enough to meet future needs.

Holuby recommends master plans for any organization that has significant building needs or anticipates phased growth over time. Master plans encourage tribes to make thoughtful decisions about current and future programs and facilities, and they provide guidelines that ensure the greatest potential for smart and successful growth. Comprehensive master plans typically factor in future needs for utilities such as power, communications, stormwater control and heating/cooling alongside building spaces to ensure an organization has the right infrastructure available to support future growth. The firm also creates more specialized and detailed master plans that focus on specific aspects of a site, such as utilities or landscaping. For example, the Chickasaws enlisted the firm’s expertise to create a master plan for the botanical gardens at the Chickasaw Cultural Center in Sulphur, Oklahoma.

Holuby said that many tribes only recently developed the resources that allow them to be intentional about master planning, as their economic development capabilities increase. He added that master planning is an excellent option for tribes because of the depth and breadth of services that they provide to their members. Tribes often have many stakeholders, including tribal leadership, member committees, key elders and representatives from each arm of government or social service affected by the plan. It is FSB’s responsibility to uncover each stakeholder’s vision and needs for the project.

“As a Principal, I try to be the voice of the client when working with others at our firm to produce a master plan,” Holuby said. “Typically large groups of stakeholders are involved, and we interview each one. Different stakeholders frequently have different opinions. We really pride ourselves on factoring in each stakeholder’s input, combining this with our insight and experience, and synthesizing it into a plan everyone is happy with.”

Helping the Choctaws Plan Their Path Forward
After Holuby and his team met with tribal leadership, FSB presented a detailed plan to the Choctaws called “The Path Forward,” which packaged the initial goals for the project and defined the process for gathering all of the information needed, completing the necessary studies and analyses, exploring the options, developing the concepts and gaining the appropriate approvals to create the master plan.

From here, the team met with each Choctaw stakeholder group, incorporated feedback and worked for the next nine months to develop the detailed master plan that would guide the tribe in its decision-making, design and construction of each future building. Based on the current and anticipated operational needs, the plan called for the creation of seven buildings: a Headquarters Building including a Café and Conference Center, a Data Center, a Wellness Center, a Facilities Maintenance Building, a Clinic, a Health Administration Building and a Parking Structure. Each building would be sized to accommodate the projected 10-year growth, and the site planned to accommodate 50-year growth and beyond. Buildings are in various stages of design and construction, and all structures in the initial phase are expected to be complete by early 2018.

The design also included plans for thoughtfully developed outdoor spaces between buildings. “From a cultural perspective the Choctaws, and really all tribes, have this very strong connection with the land,” Holuby said.

“As you’re walking from building to building on campus, we’ve incorporated elements like native grasses and plants, tribal symbolism, artwork and signage discussing the history of the tribe and key tribal members, creating interesting points that guide you through the site.”

Holuby said the time his team spent learning about the tribe was a key to creating the master plan, and the effort did not go unnoticed. “In the end, the feedback that they keep giving us is my favorite thing to hear. ‘We appreciate how much you listened, and how you took all of our ideas and turned them into a beautiful and culturally significant design that meets all of our needs,’” Holuby said. “To me, that’s what master planning for tribal facilities is all about. The Headquarters Campus grew into a legacy project for the Choctaws, with an amazing site and culture incorporated into the master plan. This is going to be their permanent location and a statement to the world about who they are.”

Interested in learning more about FSB’s master planning process and how it can benefit you?  Contact Native American Market Principal, Jason Holuby, AIA, LEED AP BD+C, at [email protected] or directly at 405.840.2931.

70 Years of Working Together

Architectural/engineering firm Frankfurt-Short-Bruza celebrates milestone

In 1945 the oil industry in Oklahoma was at a crossroads.

Behind were dramatic oil booms, the hard times of the Great Depression, and the sacrifices and shortages of World War II. Ahead was a homegrown generation of oil pioneers who filled in the gaps of exploration and laid the groundwork for technological advances that would revolutionize the domestic industry.

That same year, 70 years ago, an architectural and engineering firm was formed by three young men who saw the potential of a reshaped economy still reliant on oil and gas. Those men were Truett Coston, Wally Frankfurt, and Harold Short, and their firm would evolve into what is now known as FSB, the brand of Frankfurt-Short-Bruza. The history of that one firm, written on the national stage, is interwoven with the evolution of the domestic oil and gas industry in Oklahoma since World War II.

Building on a Firm Foundation
The oil industry in Oklahoma had a firm foundation in 1945. There was steady if declining production in giant fields with legendary names in the oil industry—Glenpool, Greater Osage, Cushing, Three Sands, Healdton, Seminole, and Oklahoma City. Tulsa was still the “Oil Capital of the World,” and there were hundreds of companies and thousands of employees exploring, drilling, completing, producing, refining, and transporting oil and natural gas.

In the late 1940s FSB architects and engineers worked shoulder-to-shoulder with some of the pioneers who had survived the hard times.

One was Oklahoma Natural Gas Company, organized in 1905 to build a pipeline and deliver natural gas from the Glenn Pool field to power plants in Oklahoma City. Another repeat client was Halliburton Oil Well Cementing Company, which would complete the world’s first high pressure hydraulic fracturing job in Stevens County in 1947.

FSB quickly earned a reputation for updating older buildings that would make oil companies more efficient. An early client was Anderson-Prichard Oil, which was successful enough by 1950 to purchase the 30-story Ramsey Building in downtown Oklahoma City. The renamed landmark became the APCO Tower. An even bigger client just emerging on the international scene was Kerr-McGee, which traced its history to 1939 and the partnership of future governor and U. S. Senator Robert S. Kerr and petroleum geologist Dean McGee.

In the 1950s Kerr-McGee successfully completed the transformation from a domestic contract driller to a vertical giant in the energy industry with off-shore drilling, refineries, retail service stations, chemicals, and nuclear power. Needing office space to match this diversified empire, Dean McGee hired FSB to remodel a building in downtown Oklahoma City for his worldwide corporate headquarters. The KerrMac Building remodel was completed in 1961. Ten years later the continued success of Kerr-McGee provided another opportunity for FSB to make an even bigger splash. This time it was the Kerr-McGee Tower, a 30-story structure that would win awards for its modernist design and become a landmark on the Oklahoma City skyline. Through the years, FSB would complete 16 projects for Kerr-McGee.

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Another repeat client with 27 projects completed from the 1960s to the present day is Conoco-Phillips. Both parts of the hyphenated company had deep roots in the oil patch before their merger. Conoco’s history began in 1921 when E. W. Marland found oil in the Three Sands Field, while Phillips Petroleum was launched in 1917 by Frank and L. E. Phillips from their bank in Bartlesville. Both had started with exploration and drilling and expanded to vertical operations with refineries, service stations, and extensive research facilities.

In 1976, before the merger, Conoco hired FSB to design a new corporate office complex in Ponca City. They started with a master plan and the first eight-story tower with 497,000 square feet of space built at a cost of $34 million. Subsequent projects for Conoco-Phillips included another eight-story tower in Ponca City and buildings on both campuses for research and development, refining, pipeline control, fire control, and a museum.

As both an architectural and engineering firm, FSB was well prepared when one its repeat clients in the energy industry needed an unconventional building to convert carbon-based polypropylene plastic into thin continuous rolls of a white opaque film used to package food products. The client was Mobil Oil and the location of the plant was in Shawnee. From 1976 to 2015, FSB completed 16 projects for ExxonMobil.

Whereas Mobil, Conoco, Phillips, and Kerr-McGee were mature companies relying on FSB to adapt to modern demands, a new generation of energy companies was rising out of the oil and gas patch needing space and facilities to take on the majors. Emerging from the ashes of the natural gas meltdown of the 1980s came homegrown companies with appetites for taking on bold projects.

Devon, founded by John and Larry Nichols in the 1970s, grew through international projects and aggressive acquisitions while leading the industry in unconventional shale play. With a growing reliance on high technology and instant information, Devon hired FSB to design a data center that could withstand an EF-5 tornado with redundant back-up systems for power and cooling. That was followed by the design of a records storage building and a number of field facilities.

Like Devon, Chesapeake and Continental Resources emerged from the 1980s with grand ambitions. Aubrey McClendon and Tom Ward joined forces in 1989 and built an empire based on aggressive mineral acquisition and unconventional shale play searching for natural gas. Harold Hamm did it the old fashioned way, concentrating on oil and the use of horizontal drilling and high pressure hydraulic fracturing. FSB would design a number of field office, corporate office, and technology facilities for both companies as well as for RKI Exploration, Marathon Petroleum Corporation, Enable Midstream, and Access Midstream.

FSB’s biggest challenge for this new generation of independents was the SandRidge Energy Commons, launched in 2010 with a major renovation of the Kerr-McGee Tower and the incorporation of adjacent buildings and plaza into a highly refined urban complex. With a projected budget exceeding $200 million, the architects and engineers at FSB spent years working with Rogers Architects in New York City on an “exterior interior” plaza, tower renovations, re-tasking of the Braniff Building, and the design of the Parkside Building.

Today, despite low prices, the outlook for the oil and gas industry in Oklahoma is bright. Oklahoma’s economy will continue to be driven by energy and FSB will be there to provide the buildings and support facilities needed to move forward. That legacy of working together, now 70 years old, will continue to grow.