STRUCTURAL | January 04, 2022
Structural Preservation Systems, LLC (STRUCTURAL), the largest concrete repair and maintenance provider in the United States, has acquired Restruction Corporation's business. With offices located in Colorado, Arizona, and Utah, Restruction is a contracting company that specializes in concrete repair and structural strengthening.
"Restruction will increase our capabilities, resources, and presence in the mountain west region of the United States,By adding Restruction, we have strengthened our team with a superior group of construction professionals providing excellent service throughout the region. Restruction's commitment to quality and safety, approach to customer service and dedication to employee training are a great match to STRUCTURAL's mission, values, and operating principles."
-Jeff Venanzi, President of STRUCTURAL
STRUCTURAL has built a very impressive organization. Their ability to integrate technologies, engineering, and construction is a great added benefit to Restruction's specialized contracting services," said Tim Gumina of Restruction Corporation, and added, "we at Restruction have always looked to STRUCTURAL as a leader in this industry.
The combination of STRUCTURAL's national presence, 20 offices across the country, and Restruction's strong reputation in the mountain west provide a great complement of expertise and industry knowledge that will allow us to better serve our clients.
STRUCTURAL, a licensee of STRUCTURAL TECHNOLOGIES' engineered products and services, integrates technology-driven solutions into its industry-leading repair and maintenance services. Since 1976, STRUCTURAL has served commercial, public, transportation, water, industrial and power customers, providing a wide range of specialty repair and maintenance services for civil and structural infrastructure. STRUCTURAL has branch offices throughout the United States and the Middle East.For more information, go to www.restruction.com or www.structural.net.
Spring Arbor University | October 20, 2020
Spring Arbor University (SAU) announces its new Bachelor of Science in Mechanical Engineering program, set to begin Fall 2021. The program will join SAU's Bachelor of Science in Electrical Engineering program within the university's new School of Engineering, which welcomed its first class of students last fall. Both programs are under the direction of Dr. Ronald DeLap, Chair of the Engineering Department at SAU. DeLap, an experienced engineer and professor, has successfully led several university-level engineering programs. The mechanical engineering program, offered to traditional undergraduate students on SAU's Spring Arbor campus, will help fill a growing need for engineers in the U.S. economy. In addition to high current demand, the U.S. Bureau of Labor Statistics predicts a 4 percent increase in employment in the next decade as well as a strong starting salary of more than $88,000 per year. Built around NASA's Engineering Design Process, the program will prepare students for their future careers by emphasizing teamwork, theory, design and project building. Furthermore, the standards and equipment in SAU's engineering classrooms and labs are consistent with those found in professional settings.
Altair | August 11, 2021
Altair, the global leader converging simulation, HPC, and AI, today announced that it has acquired S-FRAME Software, a structural analysis software platform used by engineers to evaluate a structure's ability to withstand external loads (like wind, water, and snow) and meet design code requirements around the world.
For more 30 years, high-end architectural clients have utilized Altair's sophisticated technology – which is also used to design high-tech modern aircraft and automobiles – to develop some of the world's most innovative and iconic structures. Utilizing S-FRAME Software's finite element structural analysis and code support with Altair's high-fidelity structural optimization solutions will allow architects and civil engineers to be more innovative and bring their visions to life while adhering to local code requirements.
According to CIMdata, the leader in product lifecycle (PLM) education and research, "the AEC segment will be one of the fastest-growing segments of the PLM market with a 14.7 percent CAGR to $11 billion in 2025."
"We are excited to expand our presence in the rapidly growing AEC market to lead the transformation from rule-based design to predictive, high-performance design, fueled by simulation," said James R. Scapa, founder and chief executive officer, Altair. "By using highly sophisticated performance-based, predictive simulation, architects and designers will be able to be more creative, fueling innovation while increasing safety."
As an AEC innovator for many years, S-FRAME Software's integrated solutions make it possible to analyze, design, and detail structures regardless of geometric complexity, loading conditions, nonlinear effects, design code requirements, or material type including steel, concrete, composites, or mass timber, one of the hottest in sustainable building materials. S-FRAME Software has been a leading advocate for the use of timber in building design as the material offers sustainability through greenhouse gas reduction and other environmental benefits like insulation as well as architectural aesthetics. S-FRAME Software also allows users to produce comprehensive and detailed design reports that include clause references and intermediate results for multiple design code support.
"Joining the Altair team is a strategic way to accelerate our growth and become part of a full solutions suite with their advanced structural design offerings," said Marinos Stylianou, chief executive officer, S-FRAME Software. "We are confident our combined offerings will be able to empower engineers, designers, and builders to reach new heights."
Altair is a global technology company that provides software and cloud solutions in the areas of simulation, high-performance computing (HPC), and artificial intelligence (AI). Altair enables organizations across broad industry segments to compete more effectively in a connected world while creating a more sustainable future.