February 24, 2017
December 16, 2015
A team from Cal State University Sacramento won the concrete competition at ASC.
For the seventh consecutive year, Sundt made an investment in the future of the industry by supporting the Associated Schools of Construction (ASC) Student Competition in Sparks, Nevada earlier this month.
ASC is the professional association for the development and advancement of construction education, where sharing ideas and knowledge inspires, guides and promotes excellence in curricula, teaching, research and service.
“The ASC competition is a great opportunity for Sundt to get to know some of the brightest college students in the country,” said Sundt Vice President of Concrete Operations Sean Lynch. “We’re proud to play a role in educating the next generation of problem-solvers and construction leaders.”
We sponsored the concrete solutions category of the Regions 6 (Rocky Mountain) and 7 (Far West) competition. A team from California State University Sacramento won.
Our team put real-life issues before squads of college students who were tasked with developing the best approaches to solving the problems. The objective was to provoke critical thinking, display technical and presentation skills, promote teamwork and enjoy the experience.
The teams focused on the six-story, cast-in-place Sun Stone parking structure at San Diego State University, which is located next to two six-story student housing towers that were to be constructed concurrently with the garage. This problem statement focused on self-perform concrete and the teams were assigned to build the frame of the garage (e.g. slab on grade, walls, columns and decks).
The event was attended by students from dozens of colleges and universities. The conference is also a good venue for us to recruit interns who eventually could become important contributors as employee-owners.
Our concrete group was represented by Dinesh Reddy Allam, Shawn Blubaum, Kira Bruun, Michael Canter, Jesse McDonald, Tyler Menard, Gates Molitor and Carolina Silvas. Michael Morales ran our booth at the job fair. Tom Case and Dan Haag attended from our executive team.
October 28, 2015
Sundt’s work on Sellwood Bridge in Portland, Oregon took a major step toward completion earlier this month when the last major deck pour was completed on the main structure. This is a huge milestone for the project that allows the team to start sidewalks and parapet construction in preparation for opening early next spring.
The first deck pour was performed Oct. 20. Sundt and joint venture partner Slayden Construction are replacing the present Sellwood Bridge, a 2,000-foot structure that crosses the Willamette River.
In order to place a concrete deck, the specifications requires less than a 30 percent chance of rain before, during and after the pour, which required a 12-hour window. Finding this window in Portland during the winter is a challenge, requiring pours to start as early as 3 a.m. The specifications additionally require the concrete to be above 60 degrees, posing a problem when temperatures dropped into the 20s, requiring the concrete to be heated to remain within specifications.
Rather than rebuilding the bridge in sections and shifting traffic back and forth between the old structure and newly completed segments, the team created a ”shoofly” (detour) bridge to keep traffic flowing throughout the project. The approach involved lifting the old bridge deck and truss with hydraulic jacks and moving it to one side, then placing it on a set of temporary piers and connecting it to temporary approach spans so that traffic could continue using it while the new bridge is constructed.
October 16, 2015
Sellwood Bridge crosses the Willamette River in Portand, Oregon.
The first of 11 deck pours for the main span of the Sellwood Bridge was a self-performed success for Sundt on Oct. 20.
Sundt’s joint venture team self-performed the concrete work on the first of 11 pours on the bridge span.
The placement took 8.5 hours and involved 470 cubic yards of 4,000 PSI high-performance concrete with fiber. Fifteen craft employees used a 61-meter concrete pump to do the job.
The work required extensive coordination among the concrete supplier, concrete pump subcontractor, the joint venture quality control, Multnomah County quality assurance and Oregon Department of Transportation inspection teams.
Self-performing concrete construction enables Sundt to further ensure quality craftsmanship and save clients money.
Sundt and joint venture partner Slayden Construction are constructing the new Sellwood Bridge over the Willamette River in Portland, Oregon using a unique “shoofly” approach.The structure replaces a 2,000-foot-long, aging bridge.
The project is scheduled to wrap next year.
November 5, 2014
Tom Case was promoted to Executive Vice President and COO, Civil Group Manager on Oct. 1. His new duties include responsibility for Heavy Civil, Mining & Industrial and Concrete Operations.
With nearly 30 years in the industry, Tom has significant experience in large complex heavy civil construction and transportation projects, business processes and administration. He has industry-wide board-level experience, both locally and nationally, including Chairman of the Associated General Contractors of America Highway & Transportation Division.
He recently took questions about his vast industry experience, his influences and few of the reasons why customers choose Sundt.
What inspired you to choose the construction field for your career?
Both my father and grandfather were in the construction industry. They owned their own businesses in the deep foundation drilling area of the industry and I grew up working for my father.
What are the things you’re most excited about as you assume new duties?
I enjoy the challenges of building teams of highly motivated and successful individuals who collectively solve difficult problems and build very interesting projects.
How vital is it for the federal government to address our nation’s transportation infrastructure needs?
It is extremely important to our nation’s economy that we have a healthy transportation network to move people, goods and services through our country. We are the wealthiest economy in the world yet we have a weakening infrastructure that gets worse every day we neglect to invest in much needed improvements.
What expertise do we offer customers to help them solve their transportation needs?
Sundt is a leader in a variety of alternative contract methods such as CMAR/CMGC, design-build and conventional design-bid-build construction. We provide collaboration and innovation with our clients, partners and subcontractors/suppliers. We have strong values including a culture of safety and quality.
Our company has tackled several heavy civil challenges, including reconstruction of the Sellwood Bridge in Portland. What’s the importance of having inquisitive minds and flexibility out in the field?
It is essential that our mindset constantly evolve to identify and solve problems for our clients that create value where we all can prosper. We must listen to learn and be open to change if we are going to meet the growing challenges in the future.
What has been the most significant change in the industry in your nearly 30 year career?
The use of alternative forms of contracting. When I started in this industry, the majority of contracts were design-bid-build. Low bid does not necessarily mean best value. Today, the majority of Sundt’s contracts are either design-build or CMAR. When owners have a choice in who they trust and want to deliver value, they choose Sundt. That was one of the reasons I came to Sundt.
How would you describe your management style?
I have high expectations for myself and for the teams I work with. People want to be successful and my goal is to help them achieve success for themselves individually and for their teams. I believe my style is to build high-performing teams in a high-performing culture.
Where do you like to travel?
My wife and I have been to Europe twice and we are returning to Africa later this month. We also have been to Australia and New Zealand. We would love to return to New Zealand.
What books have you read that impacted your life or career?
Professionally, my favorite book is “Drive” by Daniel Pink, who writes about what motivates us. I also like Jim Collins’ “Good to Great” and John Kotter’s books on change. Personally, I have been influenced by author Max Lucado, who has written several wonderful books about spirituality, and Malcom Gladwell, who writes about life’s details and challenges.
Who was your most influential mentor?
Both of my parents influenced me most early in my life and my wife Lisa now has the most influence as we recently celebrated 30 years of marriage.
What are some of your favorite activities in your free time?
I like to golf, hike, mountain bike and read in my spare time.
Slayen/Sundt poured 1,420 cubic yards of concrete at pier 5 – a key milestone in the 47-month project.
The Sellwood Bridge project in Portland, Oregon achieved two important milestones last month when Sundt and joint venture partner Slayden Construction placed nearly 3,000 cubic yards of concrete at the foundations of piers 4 and 5, located in the Willamette River. The concrete pours represent significant achievements in the 47-month, $216 million project to replace the aging bridge with a new structure that is wider, safer and seismically sound.
Discharge water cascades from the cooling system the team developed to control the temperature of the concrete as it cured.
The concrete milestones also represent impressive accomplishments in value engineering and ingenuity. Piers 4 and 5 are massive concrete structures comprised of reinforcing steel and 6000 psi concrete. Slayden/Sundt’s own workforce used specialized concrete placement techniques to control the excessive – and potentially damaging – heat that was created during the curing process.
An up-close look at the cooling system’s water tubes, manifold and valves
“As fresh concrete hardens, or ‘cures,’ heat is generated as a byproduct of the chemical reaction,” explains Sundt Project Engineer Matt Fisher. “Due to the very large mass of concrete at piers 4 and 5, this ‘heat of hydration’ is generated faster than it can naturally dissipate, which could result in excessive internal temperatures and possible damage to the concrete.”
As a solution to this problem, the team designed an internal water-cooling system to remove the excess heat from the concrete. Water pumps, manifolds, intake screens, valves, flow meters and thousands of feet of flexible plastic water tubing were carefully placed throughout the concrete formwork. After the concrete was placed at the piers, cool water was continuously pumped through the plastic tubes, which in turn carried away the excess heat from the concrete. Remote temperature sensors were also placed throughout the fresh concrete to collect temperature data. As the concrete cured, and the internal temperatures climbed, this data was constantly monitored to confirm the performance of the cooling system and to ensure a quality product.
Artist’s rendering of Sellwood Bridge as it will look when it’s complete in 2016