About Us

Experience the Excellence™

MAGREM is a specialized technical services provider supporting the global steel construction industry. We provide experienced, dependable, and scalable technical capability to organizations looking to strengthen their teams without maintaining the same level of specialized resources in-house.

Our team understands how steel construction works beyond the engineering desk. We have experience across the full process—from estimating and purchasing to detailing, fabrication, and erection. This practical understanding helps us provide technical support with constructability, fabrication, and actual project execution in mind.

Our experience includes thousands of structural steel connections and projects ranging from stadiums, data centers, and airports to commercial buildings and major renovations. We have also worked on monumental stairs, custom glass and railing systems, field issues, value engineering, and design-assist projects. This experience helps us understand how engineering decisions affect the people who detail, fabricate, and erect the work.

We combine specialized technical expertise with a practical understanding of the steel construction process to support companies looking to extend their capabilities and add experienced capacity to their teams.

We are committed to delivering high-quality work you can count on. Let us know how can we be of help.

Call +1 410 469 8519
Email info@magrem.net
Website www.magremengineering.com

CONNECTION DESIGN

At MAGREM, connection design is at the core of what we do. With deep expertise in steel connection design and a strong understanding of fabrication and erection, we design connections that are not only code-compliant and structurally sound, but also practical for the shop and the field.

We think backwards. We start with the end in mind. Before putting pen to paper, we consider how a connection will be detailed, fabricated, and erected. This approach helps reduce rework, minimize field adjustments, and improve overall project efficiency.

Our designs take into account real-world constraints such as material availability, detailing limitations, fabrication preferences, erection sequence, and field tolerances. We understand that a connection that works on paper still has to work in the shop and in the field.

Our experience spans thousands of connection designs for projects ranging from stadiums, data centers, and airports to commercial buildings and complex renovations. This includes moment frames, braced frames, trusses, complex node joints, and custom conditions.

Every connection we design is backed by an understanding of the entire steel construction process — from bid to bolt.

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MISCELLANEOUS METAL ENGINEERING

At MAGREM, we provide specialized engineering support for miscellaneous metals, including stairs, railings, ladders, platforms, and other custom architectural or functional metal elements. While often secondary to the main structural frame, these components require a unique combination of engineering knowledge, material understanding, and practical fabrication experience.

Stairs and railing systems may appear straightforward, but they involve a range of design considerations, including applicable code requirements, material behavior, connection detailing, load paths, deflection limits, architectural intent, and coordination with finishes and surrounding systems. A practical design also requires an understanding of how these elements will actually be fabricated and installed.

In a traditional workflow, detailing is completed first and then submitted for engineering review. Engineering comments are returned to the detailer, who incorporates the required revisions before the work can move forward. MAGREM helps reduce this back-and-forth by becoming involved earlier in the process. While the detailing team is developing the drawings, we can review the contract documents, understand the project requirements, and identify potential engineering considerations in advance. This allows the detailing and engineering teams to work more closely and helps reduce delays caused by a purely sequential handoff process.

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