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In spring 2006, Landry Watson was in Fallujah, finishing up his last combat deployment as a lieutenant commander and operations officer of a U.S. Navy SEAL squadron. During his five combat tours in Iraq and Afghanistan, his teams suffered no casualties–all his teammates were able to come home safely to their families.   

By the summer of 2006, Watson, who graduated from Texas A&M with a degree in construction science, was in San Diego, sending out resumes and trying to start a new career after over ten years serving in the Navy’s primary special operations force. Although he had led platoons and task units in complex and dangerous combat situations, while managing an ever-changing mix of time, resources and people, he found most companies weren’t willing to take a chance on him. He was an unproven variable in his late 30s, starting a second career from scratch, a humbling experience for the decorated military officer.  

“It’s DPR’s culture to create an entrepreneurial organization where people can make a difference with their ideas and hard work. DPR saw my raw talent and potential, believed I could develop and grow, took a chance on me and empowered me to be a contributor,” he said.  

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Landry Watson is presented with a Bronze Star Medal, awarded for heroic or meritorious achievement or service. Photo courtesy of Landry Watson

Now a project manager specializing in sustainable design and construction, Watson helps customers develop and implement the best strategies to build sustainable structures, improving efficiency, employee productivity and marketability. A self-proclaimed conservationist and environmentalist, his passion for sustainability was influenced in part by his time spent in the military. Serving overseas, he saw how other societies lived, deeply contrasted with the freedom, opportunities and social responsibility we often take for granted in the U.S.  

“In these countries where we were fighting, their primary resource is the oil that fuels the economy and the rest of the world. As a country, if we want to continue to be a global leader, we can’t continue to be dependent on traditional sources of energy and resources that we don’t have,” he said.  

On projects including the UCSD Sulpizio Family Cardiovascular Center and the San Diego Community College District’s Miramar Science Building, Watson has educated customers and project teams, helping them use a collaborative methodology and custom tools to address the triple bottom line: environmental, social and economic. 

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On projects including the UCSD Sulpizio Family Cardiovascular Center, Watson has educated customers and teams about sustainability. Photo courtesy of DPR Construction

One lesson that Watson learned in the military that translates to his career today is that being a leader is less about having every single answer yourself, and more about taking care of people and empowering their success.  

“It’s trusting the expertise of the teammate that is most likely to have the answer, usually the person who works on the issue in question every day. It isn’t wise to think that you are smarter than your subcontractor or one of your platoonmates; that doesn’t work in construction or the military. They know best how to solve your problems–you just have to trust them,” he said.  

On a jobsite, the most important variables to manage are time, resources and people, just like in the military. Watson’s understanding of how to triage all the tasks that need to be completed, while keeping people safe and overcoming obstacles that come in the way of sequence comes from his first career as a SEAL. Both fields of work have their own inherent dangers that require all the pieces to operate in tandem, like a finely tuned machine, to prevent injury, improve efficiency and successfully complete a project or mission.  

And just like his time in the military, at the end of the day when Watson sends every member of his team back home safely to his or her family, he will also send them back to a world that is a little better than when they left it. 

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When Watson sends every member of his team back home safely to his or her family, he will also send them back to a world that is a little better than when they left it. Photo courtesy of Landry Watson

It’s been a good year for the United States Tennis Association (USTA). Following the January opening of the USTA’s 65-acre National Campus in Orlando, four players (Sloan Stephens, Madison Keys, CoCo Vandeweghe and Venus Williams) became the first American women in 36 years to sweep all semi-final spots at the U.S. Open in September—guaranteeing a “home turf” win at this year’s final grand slam tournament.

Nearly a month later, the project team, who helped make the “new home for American tennis” a reality, took center stage and won a coveted Eagle Award for the USTA’s National Campus project from the Central Florida Chapter of the Associated Builders and Contractors (ABC).

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USTA’s campus, designed by HKS and built by DPR, is designed to train and prepare the next generation of American tennis stars. Photo courtesy of HKS

Located in Orlando, the campus, designed by HKS and built by DPR, is designed to help train and prepare the next generation of American tennis stars. The facility consists of the following:

  • 260,000 sq. ft. of vertical construction across eight buildings
  • 100 tennis courts, including the only true European red clay courts in the U.S. and 26 courts equipped with smart court technology that can show exactly where the ball lands relative to the in/out lines
  • 55,000-sq.-ft. corporate headquarters that features a pro shop and conference space
  • 47,000-sq.-ft. player development facility with six Rebound Ace indoor courts, a training suite, Hydroworx therapy tubs and viewing platforms
  • UCF Collegiate Center with 12 courts, locker rooms, trainer room and 1,500-seat grand stand   
  • Lodge to house 24 professional athletes providing housing and dining facilities onsite
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The campus includes a 55,000-sq.-ft. corporate headquarters that features a pro shop and conference space. Photo courtesy of HKS

According to DPR’s Jay Althouse, the team faced numerous challenges in completing the project, including the fact that the asphalt mixture used on the main courts had rarely been used before. The custom material mix required the team to construct the courts with an exact sequence of timing. Rolling and compacting the asphalt had to be consistent to achieve precise densities and planarity. Laser scanning technology was used to accurately measure the required flatness and achieve the high-quality product where some of the nation’s best play.

Another challenge was the 200 tons of red clay procured and imported from Italy to build the same European clay courts used in the French Open. The clay arrived in five-pound bags, totaling 80,000 bags of red clay that had to be meticulously placed and rolled to complete the courts. 

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The USTA campus includes 100 tennis courts. Photo courtesy of HKS

The DPR team met those challenges and then some, to deliver the world’s most advanced tennis facility. Using pull planning and short-interval plans to reach project milestones, the team developed a sequencing plan that enabled the office building on the campus to be completed four months ahead of schedule, allowing the USTA to move staff onsite.

Special consideration to the project’s neighboring environment also remained an important element during design and construction. The project team was sensitive to the neighboring wetlands and an active bald eagle nest within the preserve.

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Located near wetlands and an active bald eagle’s nest, the team created a protected area around the nest and monitored it daily to avoid disruption. Photo courtesy of DPR Construction

“We placed a 330-ft. protected area around the nest that we monitored daily during the nesting season,” said Althouse. “No construction could occur within the protected area if any activity near the nest was detected. We re-sequenced construction activities to avoid any disruption.” The team built an access road and worked closely with utility companies to bring power, water and sewer services to the site.

From courts for children, to professional red clay courts designed to train for the French Open, to ADA compliant courts, the USTA National Campus was designed and constructed with every skill set in mind, advancing the sport at all levels. At the highest level, with the highest quality, and the highest amount of collaboration, the DPR and HKS teams were able to deliver a product that will be a game changer for American tennis.

What To Look For When Hiring Umpire Services In Oklahoma City

How to hire expert umpire services in OKC?

defect witness services in oklahoma cityA construction specialist has extensive knowledge and wisdom of the building market. This includes all elements of construction injuries and construction harm. The testimony from an Umpire Service in OKC can help to inform the trier of fact on topics associated with building law like building flaws, compliance and codes, construction expenses, and building flaws. In these circumstances, experts discuss factors like the construction procedure, construction contracts, funding, bonds and insurance, construction management, mechanic liens, land use and zoning, licensing, regulatory compliance, and government licenses. The construction procedure entails everything from bidding to get a property improvement project and negotiating a contract, for attaining construction permits and disputing name claims. Building experts clarify industry standards and conditions regarding the trier of fact.

A valid claim arising from a construction job may entail contract law, torts, and real estate law. By way of instance, the lawsuit may be determined by a breach of contract between a dispute regarding contract performance or price of the job; a wrongful death claim arising from a construction site injury; or even an appeal of a zoning board building license denial. Such legal disputes involve scientific testimony by a building expert to alert the situation decision makers.

A building law claim can quickly involve numerous parties: condo tenants suing a property agent for poisonous effects caused by airborne mold exposure may entail dozens or even hundreds of claimants; a homeowner trying to remodel his toilet might need to sue for violation of his contract when his job is stalled as a subcontractor, angry that he is not getting paid by a general contractor, registered a lien against the house; a state authorities trying to construct a state-of-the-art hospital might be bogged down with a legal dispute over whether to renovate or reconstruct. With so many interests at stake, it’s unsurprising that lawsuit frequently appears.

Who’s Willing to Testify as a Structure Expert Witness?

A building specialist is a person with extensive knowledge and wisdom of the building market. They could discuss and clarify business standards, technical terminology, and intricate issues into the trier of fact. They have to be well-versed and up-to-date on the methodologies, procedures, and materials utilized at the event at hand. This is particularly important as new technology and procedures are always being introduced and enhanced on.

Based on the details of this situation, it might also be very important to seek the services of a professional with experience in a certain field. Building experts include property developers, contractors, security managers, material providers, demolitionists, electricians, and compliance specialists. Specific experts are accredited and certified in topics like construction health and safety, quality management, OSHA criteria, EPA principles, 3-D structure, and structure management.Testimony offered by means of a Structure Expert Witness Expert witness testimony can be quite helpful in strengthening a legal debate, persuading the trier of fact, and finally attaining a winning mood.

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Standard of Care

Every time a legal dispute centers around delegating responsibility for an injury or error, a building expert testifies about the caliber of maintenance. The specialist might opine on both the explicit and implicit guarantees and responsibilities of a building contract and project program. By way of instance, a building contract calling for the construction of a 20-unit condo, the contract could explicitly warrant the financing for your job. It might also implicitly justify the comprehensiveness and accuracy of their design specifications and plans. A construction specialist may also discuss conventional business warranties, for example, attainment of all appropriate and necessary permits, the quality, appropriateness, and conclusion of the building job, superior workmanship, and the habitability of the construction. In disputes over such issues, specialists provide testimony opining about whether or not a party in question fulfilled the degree of responsibility related to their job description and responsibilities.

Knowing the typical care in building cases is essential for assigning accountability after a construction-site accident. Building is an inherently dangerous business. To finish the job on schedule, workers often work in all kinds of weather conditions. Injuries could result from falling out of scaffolding, ladders, or rooftops, or the malfunction of office equipment. Injuries may also manifest themselves over time, in which a worker is exposed to toxins and other irritants which are plentiful in work website. Third parties which use the construction after a finished project will also be in danger. Falling plaster or beams, or even a sub-floor, can lead to grave injuries to occupants. A construction specialist can talk to exactly what signify as suitable workplace requirements and quality standards to get a finished construction project. Their testimony will notify the jury determining which party was at fault.

Complex Engineering Processes

Litigation issues associated with building disputes frequently deal with complicated, technically-driven engineering procedures. For example, harmful testing utilizes procedures which break down a specific substance to be able to find out its mechanical properties and evaluate whether a substance is of the right grade and material. Destructive testing is particularly helpful in determining if or not a construction material is adequately protected, or checking whether the material is more prone to corrosiveness or porousness. However, destructive testing is more prone to malfunction. A construction specialist might offer valuable testimony describing how damaging testing is influenced by variables such as durability, toughness, and hardness or the way a specific material prone to rust or corrosion affects the structural integrity of a structure. In complicated suits where accountability isn’t simple to determine, specialists offer crucial testimony on complex engineering processes and methods.

Scheduling Delays

Many building law cases brought to court center on flaws in the building process where the undertaking can’t be completed in time. Delays in the building could cost the customer substantial sums of money, particularly where flaws prevent their brand new business or attraction from launching as intended. These flaws might stem from any variety of issues. By way of instance, a delay may result from a third party not able to provide construction materials as assured, forces of nature such as hurricanes and snow, snow or even a sub-contractor unexpectedly filing for insolvency.

In bringing a cause of action for costs incurred because of a construction delay, the plaintiff-contractor has to satisfy the heavy burden of evidence. It follows the disturbance of an action not on the critical path, doesn’t interfere with the completion of this undertaking. For example, an action “on the critical path” could be installing a septic tank underneath the house, prior to the base for your house can be set. A construction specialist that specializes in these specifics of the construction process can clarify the way the building job is scheduled and that was a celebration — or even parties — was to blame.

5 Tips Before Hiring An Oklahoma City Roofing Contractor

5 things to consider before purchasingThe roofing is potentially the most essential element of your dwelling. After all, it keeps water from this construction. And while no one likes having to pay to replace a roof, the aesthetic and critical purpose it functions should help alleviate the pain of paying $8,000 to $20,000 on the job.

For this sort of cash, you ought to be certain job is done correctly. Here is what we learned from working with various Oklahoma City Roofing contractors in the area.

1. Shop Around

Many roofers do not stress much about consumer satisfaction because replacing a roof is a once-every-few-decades endeavor, so they do not need to rely on repeat business. Additionally, many homeowners (wrongly) select their roofer based mostly on cost, and lots of roofing contractors employ low-wage employees so that they can provide the lowest possible forecasts. All of that is to say: You want to be quite cautious whom you employ. Get references from acquaintances (or tradespeople or timber yards) that you expect, and assess important roofing manufacturer sites for lists of accredited installers. Then ask customer references from anyone you are contemplating hiring, and take a look at their reputations on Angie’s List.

2. Strip Away The Older Roofing Material

You are allowed to have two layers of asphalt shingles on your roof, roofing tear off and replacementso if there is just one set up today, you might have a fresh layer installed directly on top. That will help save you up to $1,000 plus also a fair bit of clutter, but it implies that the roofer can not inspect and fix the sanding and sanding beneath. If you reside in a chilly climate, stripping off the old roof permits the contractor to put in water and ice shield, a rubber membrane utilized to stop leaks in the eaves in case of ice buildup. The tear-off gets far more complicated if you’ve got something aside from asphalt up there: If you’re able to see first wood shingles around the bottom of your roof if you are up in the loft, you will want not just to tear off everything, but also to put in new plywood sheeting, all of which probably adds $5,000 or more to your own costs.

3. Purchase Quality Materials

To be certain that you don’t need to be concerned about your roof again–and provide you a bit of security with things when you are all set to proceed–go for top notch products. Meaning: 50-year-shingles (shingles using the maximum accessible guarantee add only $300 to $500 for your overall cost) having an “architectural” appearance (varying colour and thickness that produces upscale personality for only $250 to $750 additional). You will also need to elect for aluminum flashing, the most durable metal for sealing the joints where a roof meets a wall or a different roof, which may include $1,000 or more in comparison using aluminum.

4. Focus On The Paperwork

For this type of fast job–just two to five times, based on the dimensions and type of the roof–roof entails an enormous amount of liability and cash. Three records are crucial: 1) Most cities need a building license for a roof job; this can help to make sure that your builder follows construction code. Additionally, your roof guarantee is likely void should youn’t get the license. 2) A written contract which specifies each of the agreed-to details, goods, and prices of this undertaking. 3) A letter addressed to you personally from the builder’s insurance provider confirming that the particular job is insured under the roofer’s employee’s liability and compensation program.

picking up nails from your yard5. Do Not Pay Until They Run The Magnet

If you have had old roof stripped away, about 10,000 claws came with it–and many landed in your grass, mulch, and drive. Contractors have a tool which makes it effortless to pick up these–a giant magnet on wheels that they pass across the lawn to catch the lost fasteners so that they do not result in any flat tires or accidents. But employees do not always remember to bring it to the jobsite. Therefore, if you are visiting nails around (you will understand), as soon as your roofer comes by for your last payment, then request him to deliver the magnet and perform the honors while he is there.

READ: DPR Austin Volunteers

DPR’s Andrea Weisheimer once walked into a meeting she was leading, and a subcontractor asked her if she was there to take notes. She replied, “No. Are you?”

Weisheimer and five other professionals, who work across the AEC industry, recently spoke on a Women Who Build panel in Austin, discussing how to connect, inspire, develop and advance women in the industry as they build meaningful careers—whether it’s as a PE, a PX, an architect or an owner.

Melissa Neslund, Armbrust & Brown; Janki DePalma, DCI Engineers; Katie Blair, Charles Schwab; Pollyanna Little, STG Design–along with DPR’s Weisheimer and Bryan Lofton–shared experiences and career advice with more than 60 attendees. The discussion was focused on promoting change in a traditionally male-dominated industry that is only 9.3% women (Bureau of Labor Statistics).

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A Women Who Build panel in Austin discussed how to connect, inspire, develop and advance women in the industry as they build meaningful careers—whether it’s as a PE, a PX, an architect or an owner. Photo courtesy of Haley Hirai

The issue of the dearth of women in construction, as well as many other STEM fields, is complex, and there is not one simple answer. A confluence of factors ranging from unconscious bias learned at an early age, to a lack of women in the STEM pipeline, to recruiting, retention and development of women in technical and leadership positions will not likely be solved by any one quick fix. 

What the panel provided was a forum for sharing experiences and supporting each other. Weisheimer spoke about how she often feels the need to prove herself for people to accept that she knows what she’s doing, a sentiment echoed by the other women. 

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DPR’s Bryan Lofton and Andrea Weisheimer discussed promoting change in a traditionally male-dominated industry. Photo courtesy of Russ Rhea

“You’re always trying to be a little ahead of the expectations of your role,” she said. “When you learn the technical details of how to build, it gets to the point where people do respect you, regardless of gender.”

Learning how to advocate for themselves was a common theme among the panelists. DePalma remembered how she moved to Austin from the Bay Area without a job in 2008, the height of the economic recession. She pitched an idea for DCI Engineers to hire her for a two-month trial in a business development role to help its fledgling office make connections in the local market. Nearly nine years later, she has helped DCI triple its office size and secure projects that have changed Austin’s skyline.  

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DCI Engineers’ Janki DePalma has helped DCI triple its office size and secure projects that have changed Austin’s skyline. Photo courtesy of Russ Rhea

Neslund agreed that advocating for herself has been an essential skill in her success throughout her career in land use and entitlements at Armbrust & Brown, PLLC.

“I have always advocated for the promotion, or the extra resources I need for my team. I have advocated for respect, walking into a room and giving my 150% effort,” she said. “Even if you don’t have all the answers, speak with confidence. Believe in yourself, show that you care, and advocate for what you deserve in your career.”

The panelists discussed letting go of the sense of perfection that many of us put on ourselves. No one is perfect all the time, and many of them had to embrace the fact that they are enough in every one of their roles–as builders, designers and family members.

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Charles Schwab’s Katie Blair discussed embracing the fact that we are enough in every one of our roles–as builders, designers and family members. Photo courtesy of Russ Rhea

“The hardest thing with confidence is that we are always comparing ourselves with everybody else. Be unique, set yourself apart, and go for it,” said Weisheimer. “The biggest mistake is not asking for help if you need it.”

Leaders like Weisheimer and the others on the panel showed the next generation of builders that success in the AEC industry doesn’t necessarily mean looking like everyone else, or fitting into any stereotypes. As Weisheimer likes to say, “be confident, be bold and be brilliant.”

In an industry where it is status quo for skilled nursing to be part of continuing care retirement communities, a new kind of skilled nursing and rehabilitation facility is “growing” in Chino, California—Trellis. The first project of a collaborative statewide development program, the 59-bed, 40,000-sq.-ft. Trellis facility in Chino is also the first light-gauge, cold-form steel-frame structure to ever be approved by the California Office of Statewide Health Planning and Development (OSHPD), serving as a template to streamline lengthy aspects of the state agency’s approval process.

“Granite Development approached DPR to be a part of a collaborative team and provide strategic counsel through the entire life cycle of its vision for the Trellis skilled nursing facilities that are planned throughout the state,” said Brian Gracz, who leads DPR’s San Diego business unit. “We are helping them in the earliest stages of development with site assessment and rapid budget feedback for property comparisons, as they focus on creating a new kind of skilled nursing and rehabilitation experience in California.”

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The 59-bed, 40,000-sq.-ft. Trellis facility in Chino is the first light-gauge, cold-form steel-frame structure to ever be approved by the California Office of Statewide Health Planning and Development (OSHPD). Photo courtesy of Matt Pranzo

The team, which includes Granite, DPR, Darden Architects, Kitchell and others, wanted to avoid the inherent issues of wood structures (e.g., pest control, water intrusion, fire protection), and improve speed of construction, reliability, and scalability of the program. They incorporated a load-bearing digitally fabricated light-gauge steel framed structure through Digital Building Components, which uses digital fabrication to transform computer models directly into precise-to-spec building assemblies.

Benefits of Light-Gauge Steel Framing and Digital Fabrication

  • Efficiency and Scalability: Off-site digital fabrication enables key components of the light-gauge framing to be produced together in a safe and controlled environment, reducing costs while enhancing safety and construction efficiency. Compared to a traditional wood-frame structure, the team shaved about four weeks off the schedule, and about $100,000 in general conditions cost on the first Trellis project. When multiplied by several facilities across the state, the savings grow exponentially, allowing Trellis to move into the nursing facilities sooner and begin positively impacting the lives of its patients. 
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The team incorporated a load-bearing digitally fabricated light-gauge steel framed structure through Digital Building Components. Photo courtesy of Matt Pranzo
  • Seismic safety: Lighter than concrete, or hot-rolled structural steel buildings of the same height, cold-form, light-gauge panelized structures have proven to be strong and flexible enough to move with seismic activity instead of against it. Last summer, DPR helped assemble the tallest cold-formed, steel-frame structure ever to be tested on a shake table. The six-story building withstood a simulation of 150% of 1994’s 6.7-magnitude Northridge, California earthquake, shaking and rocking, but remaining structurally intact and safe. The structure performed so well, the team ended up dismantling it themselves, since it never failed through testing.

Challenges and Design Strategy

  • OSHPD approvals:  Due to the prevalence of wood-frame construction for these types of facilities, the Trellis facility was a first for OSHPD. The regulatory agency’s preference is that structures be built on-site for easy inspector access. To help with the process, the team worked closely with OSHPD to coordinate having an inspector on-site to check and sign off on the first 100 digitally fabricated panels. After that, only 30% of the panels needed to be inspected on-site and the first project is expected to be completed in early 2018. 
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Off-site digital fabrication enables key components of the light-gauge framing to be produced together in a safe and controlled environment, reducing costs while enhancing safety and construction efficiency. Photo courtesy of Matt Pranzo
  • Strategic structural design: California has different seismic zones that affect structural design. To account for that, the team is constructing the Chino facility to meet the seismic requirements of one zone higher than necessary so the exact same structure can be replicated in different locations. Because the designs of the facilities are the same, OSHPD approval time is being drastically improved. In addition, different regions have varying pollution requirements. Designs of the facility were created with and without a diesel particulate filter, so both options could be approved by OSHPD simultaneously.

What’s next?

  • Since starting the Chino project, the team has gotten two projects approved through OSHPD, and is now working on the third.  By the end of 2017, the team looks forward to having three facilities across the state approved–with more to come. 
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The team has gotten two projects approved through OSHPD, and is now working on the third. Photo courtesy of Matt Pranzo

For Service September, DPR challenges each of its local business units to take on at least one construction volunteer project. This year, every office used its construction skills to help local organizations improve facilities, and in turn help them work toward achieving their missions each and every day. In September, DPR renovated and repaired 15 community centers, seven single family residences and shared building and construction knowledge with youth during four workshops.

A few examples of projects completed by DPR around the country include:

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Photo courtesy of Megan Valles

Boys & Girls Club Placer County (Sacramento)
In Sacramento, DPR teams “refreshed” the Boys & Girls Club of Placer County facility that serves over 300 local youth. The project involved sprucing up several bungalows the Club uses for its after-school programs at the Rock Creek Elementary School campus. DPR volunteers completed needed maintenance at the school, including prepping and painting exterior walls, doors and handrails.

The Club’s development director, Topher Matson, said the service project and DPR’s ongoing relationship with the Club make a significant impact.

“The Rock Creek School Site isn’t just a building; it’s the backdrop where youth development takes place,” he said. “With DPR’s help, club members see a partner in the community that places value on the club they love.”

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Photo courtesy of Rena Crittendon

Bay Area Tackles Four Projects in One Day
In the Bay Area, DPR impacted an estimated 3,400 children, families and seniors in local Bay Area communities through its Service September projects at The Boys & Girls Club (South San Francisco), East Oakland Boxing Association, Casa Maria Recovery Home (San Mateo), and Antioch Baptist Church Senior Apartments (San Jose).

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Photo courtesy of Rena Crittendon

DPR volunteers completed repair projects at these four different facilities in a single day. Work involved an array of services including demolition, painting, pouring concrete and footings; building decks and ADA ramps, installing T-Bar ceilings, fencing, landscaping, lighting and handrails; building benches, planter boxes and a shed. 

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Photo courtesy of Rena Crittendon

Center for Children & Young Adults (Atlanta)
In Atlanta, DPR reached out to one of its key community partners, the Center for Children & Young Adults (CCYA), to perform a day of service at its Marietta, Georgia facility which houses up to 40 local youth ages 12 to 21.  Volunteers from all peer groups in the region turned out for the service day. In the morning, they performed various needed improvement projects, including repainting three bathrooms in the main building, putting together five fire pit/planter beds for the outdoor space and constructing a storage shed.

“Places like the planter boxes and fire pit areas help us create home-like places for our kids to gather and create memories of their own to carry with them when they leave us.  Thank you so much for having DPR help us,” said Maureen Lok, chair of CCYA’s board of directors.

Service September Atlanta
Photo courtesy of Ken Jones
Deepti Cover Image
Photo courtesy of Amed Aplicano

Deepti Bhadkamkar has always been driven by the impact of what she does. When she looks at a building, she sees more than a structure; she sees a place that will impact people with countless ripple effects. She sees stem cell labs that will significantly impact the way we understand and treat disorders and diseases; she sees world-class hospitals that will save children’s lives.

Most of all, she sees potential. A project manager specializing in complex MEP systems across core markets, Bhadkamkar’s passion is figuring out ways to make these labs, data centers and hospitals smarter and more efficient for the people who will eventually occupy them. 

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Deepti Bhadkamkar is a project manager specializing in complex MEP systems across core markets. Photo courtesy of Amed Aplicano

Since she joined DPR in 2005 as an intern, she has been continuously learning and honing her skills, as MEP systems and the ways to manage them are ever-changing. Bhadkamkar has worked on several large-scale projects throughout her career, including:

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Bhadkamkar’s passion is figuring out ways to make these labs, data centers and hospitals smarter and more efficient for the people who will eventually occupy them. Photo courtesy of Amed Aplicano

She is currently working on Lucile Packard Children’s Hospital Stanford, where she is managing MEP systems for the entire hospital. The expansion project will more than double the size of the current facility, adding 521,000 sq. ft. and allowing the hospital to meet increased demand for pediatric and obstetric care as the Bay Area population grows.

Early in her career as a project engineer, Bhadkamkar struggled with people initially not taking her seriously. She made sure she always did her research ahead of time so she could speak with complete certainty about complex MEP systems to people who sometimes had double the experience that she did. Over time, as she built her technical expertise, this confidence came more naturally. She never hesitates to ask questions, rely on resources or step out of her comfort zone to learn something new in the field. 

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Bhadkamkar never hesitates to ask questions, rely on resources or step out of her comfort zone to learn something new in the field. Photo courtesy of Amed Aplicano

“Everyone has insecurities or biases, but whatever it is, just focus on what you love to do, and give your 100% full commitment to it,” she said. “Don’t get too bogged down with perceptions because ultimately, they are yours. I always treat myself as a leader and an engineer, and so does everyone else.”

The proudest moment of her career happened when a superintendent she has worked closely with on a few big projects pointed to her and told an engineer, “You have to be like her.

As a member of the Bay Area’s Project Engineer (PE) leadership group, as well as the MEP leadership group, Bhadkamkar helps mentor and develop curriculum that over 100 PEs in the Bay Area and over 50 MEP experts around the country can benefit from as they learn, develop and grow. 

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The proudest moment of Bhadkamkar’s career happened when a superintendent she has worked closely with on a few big projects pointed to her and told an engineer, “You have to be like her.” Photo courtesy of Amed Aplicano

“I personally wanted to share with them the experiences I had, and offer them the same insights that I have learned over time,” she said. “I want to teach them something that will have an impact on them, and I learn so many things from them as well. Working with our next generation of builders gives me such a great energy to keep going.”

Bhadkamkar is passionate about anything that makes a difference in somebody’s life–whether it is mentorship or building highly integrated smart buildings that enhance the human experience. It’s not just the structures that Bhadkamkar builds that create ripple effects of positive impacts on countless people over time–she does, too. 

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Working with the next generation of builders gives Bhadkamkar energy to keep going. Photo courtesy of Amed Aplicano
Lauren Snedeker Cover Image
Photo courtesy of Brilliance Photography/Bob Hughes

When Lauren Snedeker was 22 years old, her manager pulled her aside and told her, “You’re wasting your life; you are meant to do so much more than what you are now. You need to build.”

After spending three years at Georgia Tech as a chemical engineering major, Snedeker realized that she hated the field in which she had planned to spend her whole career. A very social person, the solitary nature of research stifled her. Without strong career guidance, she quit school and fell into an assortment of temporary jobs, one of which was answering phones at a construction company in Atlanta. 

Sitting at the front desk, Snedeker–whose mind naturally craves challenges and problems to solve–began offering her help to the estimators and accountants in her office. With the encouragement of her colleagues, she earned her B.S. in construction management with a minor in business administration from Southern Polytechnic State University, and eventually returned to Georgia Tech for her Master’s in building construction and integrated facility management. She became a project engineer, and never looked back. 

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For Lauren Snedeker, construction management is the perfect confluence of her social and engineering skills. Photo courtesy of Brilliance Photography/Bob Hughes

Since she joined DPR in 2013, Snedeker has been a crucial contributor to growing DPR’s relationship with the University of Georgia (UGA). Now a project manager, Snedeker has worked on UGA’s Terry College of Business, UGA’s Indoor Athletic Facility and is currently managing UGA’s design-build improvements to the west end zone at Sanford Stadium, the tenth largest college football stadium in the country.

Snedeker embraces 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 flood the stadium for this season’s six home games. Since the project is scheduled for completion in summer 2018, the DPR team has been carefully planning how to demobilize the entire jobsite, which is centrally located near a student center, main dining hall and several dorms, for each game day when football season starts in early September.

“Seventeen years ago, if you had told me I would trade high heels for steel-toed boots and safety glasses, and that I would be a contractor who builds things, I would have told you that you were nuts–but I love and am very fulfilled by what I do,” she said. 

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Snedeker’s biggest rule on the jobsite is to never ask anyone to do something that she is not willing to do herself. Photo courtesy of Brilliance Photography/Bob Hughes

She proudly remembers the first day she saw the completed UGA Indoor Athletic Facility, the first project she led in a project manager role from start to finish. The DPR team kept the facilities active and usable by the student-athletes and coaching staff 24 hours a day. Their late nights mirrored the work ethic of the UGA coaches, who from their offices overlooking the practice field were able to gain a tremendous respect for all it took to build their new home.

The collaborative team environment is one of Snedeker’s favorite aspects of her job. She believes no person on a team can be a success without the success of their teammates.

“One of my biggest rules is that I would never ask anyone to do something I’m not willing to do myself. If the PE’s are sweeping floors, I am sweeping floors. Everyone is a team, and I am no better or worse than anyone who works next to me in the trailer,” she said.

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Snedeker has been a crucial contributor to growing DPR’s relationship with UGA, and is currently managing design-build improvements to the west end zone at Sanford Stadium. Photo courtesy of Brilliance Photography/Bob Hughes

Leading by example is a tenet that drives Snedeker in all that she does. As Atlanta’s intern champion and college recruiter for the UGA campus, she is passionate about mentoring the next generation of builders. Investing her time and expertise into a young person’s career in turn makes her invested in their success, and she still keeps in touch with interns that she worked with many years ago.

Snedeker believes that if she can make a difference in a young person’s life, the impact could create ripple effects for the rest of his or her life. When she was young and unsure about what she wanted to do with her career, she didn’t have a strong mentor to turn to–and she wants her interns to always know that they have her.

Fifteen years ago, she was right to realize that she was meant to build. But she has gone on to build so much more than buildings; she builds relationships, creates teams and develops people in the same way she approaches every project–she builds them to last.

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Most projects hold topping out ceremonies when the last beam is put into place atop a structure. However at Coda, Georgia Tech’s new high-powered computing center in midtown Atlanta, the project team held a “bottoming out” celebration marking the completion of mass excavation.

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Once complete, Coda will be a 750,000-sq.-ft. mixed-use complex near Atlanta’s Downtown Connector and Georgia Tech’s campus at Tech Square. The building, which will occupy a full city block, will feature a 630,000-sq.-ft., 21-floor Class “T” Office Tower, an 80,000-sq.-ft. high-performance computing (HPC) data center, 50,000-sq.-ft. office, retail and lobby space, and 330,000-sq.-ft. parking garage.

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Despite above average rainfall, lost days due to weather, and working in a downtown environment with no laydown space, the team is collaboratively managing and maintaining the overall project schedule.

The following numbers help illustrate the magnitude of this effort:

  • 87,043 work-hours with no lost time incidents
  • 160,000 cubic yards of soil and rock removed
  • 15,000 truckloads of soil hauled
  • 190 piles driven
  • Five levels of below-grade parking — enough space to hide a four-story office building below ground
  • Enough water pumped out of the site to fill a 3/4″ garden hose nearly reaching the moon and back
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DPR is working with the development team of Portman Holdings and NextTier HD on the project, which is slated for completion by the end of 2018.