Engineering, design, analysis, fabrication, and integration of industrial structures, specialty structures, dynamically loaded systems, equipment supports, and critical infrastructure built for strength, reliability, and long-term performance.
From advanced structural analysis and detailed engineering through fabrication, installation, and commissioning, POW Structures delivers complete structural solutions for demanding industrial and infrastructure applications. We specialize in engineered structural systems that support moving equipment, withstand dynamic loading, resist fatigue, and perform safely under the most demanding operating conditions, combining multidisciplinary engineering with practical fabrication expertise to deliver solutions that are safe, reliable, and built to last.
Concept to
Completion
Multi-Disciplined
Expertise
Vertically
Integrated
1st Principles
Approach
Partner
Oriented
Purpose-Built
Solutions
Engineered structural systems designed specifically for industrial operations.
Structures engineered to safely withstand fatigue, vibration, impact, and repetitive loading.
Engineered structural solutions supporting public and industrial infrastructure.
Extending the life and performance of existing industrial structures.
Purpose-built structural systems engineered for unique applications where conventional solutions do not exist.
Structural Engineering
Steel
Concrete
Foundations
Dynamic Structures
Structural Analysis
Advanced Structural Analysis
Finite Element Analysis
Fatigue Analysis
Dynamic Simulation
Connection Design
Load Evaluation
Fabrication
Division 1 Fabrication
CWB Welding
Precision Fabrication
Quality Assurance
Assembly
Installation & Integration
Structural Erection with Trusted Partners
Equipment Integration
Field Modifications
Commissioning
Site Support
Inspection & Verification
Structural Inspections
Load Verification
Quality Control
Engineering Certification
Performance Validation
FROM CONCEPT TO COMPLETION
Our core competency lies in the engineering, analysis, simulation, fabrication, and integration of industrial, specialty, and dynamically loaded structural systems. Whether supporting critical equipment, industrial processes, or infrastructure, our multidisciplinary team delivers complete structural solutions designed for strength, reliability, constructability, and long-term performance. By combining advanced engineering with practical fabrication expertise, we provide a single-source partner from concept development through installation and commissioning.
ENGINEERED FOR REAL-WORLD PERFORMANCE
Industrial structures are subjected to far more than static loads. Dynamic loading, vibration, fatigue, equipment interaction, thermal movement, and changing operational demands all influence long-term structural performance. Our engineers understand how these conditions affect structures throughout their service life and develop practical solutions that perform safely and reliably in demanding operating environments.
MULTI-DISCIPLINED STRUCTURAL EXPERTISE
Our team brings together structural, mechanical, civil, electrical, controls, and welding expertise to develop integrated structural solutions that work seamlessly within complex industrial facilities. Whether designing new structures, supporting heavy equipment, or modifying existing assets, we consider the complete operating environment to deliver coordinated, efficient, and constructible solutions.
SPECIALTY & DYNAMIC STRUCTURES
Many of the structures we engineer are unlike traditional buildings or conventional steel systems. From robot support structures and crane systems to equipment foundations, lift structures, custom process structures, and fatigue-critical applications, we specialize in projects where conventional structural approaches are no longer sufficient. These unique challenges are where our engineering experience provides the greatest value.
ROOTED IN STRUCTURAL PERFORMANCE
Our foundation in failure analysis, field investigation, finite element analysis, and fatigue assessment has shaped the way we engineer structures today. By understanding why structures fail, we are able to identify potential issues early in the design process and develop solutions that improve safety, increase reliability, reduce maintenance, and extend service life.
BUILT TO LAST
Reliable structures are more than well-designed, they are practical to fabricate, efficient to construct, and dependable throughout decades of operation. Every project benefits from our integrated approach to engineering, fabrication, quality assurance, and construction support, ensuring the finished structure performs as intended from day one through its entire life cycle.
TRUSTED BY INDUSTRY
For more than six decades, POW has supported industrial, manufacturing, mining, infrastructure, and public-sector clients across North America. Our structures support some of the world’s most demanding operations, where reliability, safety, and performance are essential. We are proud to build long-term relationships by delivering engineered structural solutions our clients can depend on.
Integrated automation and engineering solutions that improve safety, productivity, and throughput.
Engineered structures built to safely move, support, and position heavy loads.
Complex structural solutions for iconic, dynamic, and technically demanding applications.
Purpose-built equipment engineered to solve unique operational, research, and manufacturing challenges.
Heavy-duty equipment designed to withstand harsh operating environments and maximize uptime.
Engineered solutions supporting safe and efficient operation across the energy sector.
High-precision tooling and automation for advanced manufacturing environments.
Purpose-built equipment that improves productivity, safety, and repeatability in the field.
Here is a virtual flythrough of a portion of a project completed for a client in Michigan. POW was responsible for the Structural Analysis, Design, Detailing, Virtual Site Condition/Interference Management and Supply of the Conveyance Steel Support Structure.
We provided structural supports, screen guarding, drive decks, rail supports, header grid, inclines and declines while supporting the OEMs Designed Steel. We designed, detailed, fabricated, and delivered the support steel and associated hardware to the site in a sequential method planned with the installer.
POW was recently responsible for designing and fabricating the structural and mechanical components of the 25-Ton Gantry Crane used on the Middle Fork Willamette River in Lowell.
This project required extensive analysis, design, and fabrication expertise.
Dexter Dam is a 90 ft tall, 2,319ft long rockfill earthen embankment dam with a 359 ft long concrete spillway equipped with seven spillway gates, regulating outlet, and a powerhouse. The Gantry Crane is design and fabricated to lift the spillways.
Using schematic design specifications provided by RWDI and Aiolos, Pow performed a turnkey solution including the design, fabrication and installation of all components in the two Boundary Layer Wind Tunnels. The Multi-Disciplined project included: PLC Controlled Testing and Safety System, 12 and 24 Ft Servo Rotating/Elevating Test Turntables, 24 Servo Adjusting Flaps and Spires, 500 Hp Servo Controlled Fan Testing System, CLT and Steel Structure, Precision Formed Turning Vanes, Precision Formed Contraction/Expansions, Acoustic Baffles and Heat Exchanger, and all civil elements.
Pow was pleased to work with LCI and Sharp Industrial to provide detailed mechanical engineering and site services for the new high-speed custom gearboxes as well as the refurbishment of a low-speed gear set, 3D laser scanning, FARO Tracker and bridge balancing for King George VI Lift Bridge in Port Stanley, Ontario.
Canadian TV personality Rick Mercer, has checked out a couple of our projects now. In this video, you get to see Rick and Jann Arden (Canadian Actor/Singer) go on the CN Tower’s Edgewalk. Pow Specialty Equipment undertook the design and build of the dual-rail fall arrest rail and trolley system, and launch area on the Edgewalk used by all the souls who exit the tower at 356 m. If you get a chance to talk to someone from Pow who worked on the project, ask them about going to the top of the tower to perform the initial measurements!
This was an interesting multi-disciplined engineering project performed for LiveNation/U2. Our role was to complete a design review, analysis and inspection of the stage system for the U2 360 tour in Canada using our knowledge of European/USA/Canadian standards. The stage system’s prime designer was a British firm, Atelier One. The stage included a complex system of structural and mechanical hoisting elements all suspended above people during the concerts. In the video, you get to see the concert stage assembled, and in action!
POW Engineering Group delivers architecture, engineering, and custom industrial solutions across North America. Our multidisciplinary team transforms complex challenges into practical, innovative, and reliable solutions that perform for decades.