ENE Structural Engineering is a structural engineering firm based in Phoenix, Arizona, providing structural design, analysis, calculations, and construction documentation for residential, commercial, and industrial buildings. Founded in 2020 by Esho N. Esho, the firm supports projects ranging from individual structural modifications to the design and detailing of multistory buildings.

The company focuses on helping property owners, contractors, architects, and developers address structural requirements during new construction, renovation, and building expansion projects. Its services include structural calculations, engineering analysis, design drawings, and construction documents tailored to the needs of each project.

Official website: https://www.enestructuralengineering.com/

Structural Design and Engineering Services

Structural engineering helps ensure that a building’s load-bearing elements are appropriately analyzed and designed for their intended use. ENE Structural Engineering provides structural analysis and design services for projects of different sizes and levels of complexity.

According to the company’s published services, its work can range from preparing a report for a non-load-bearing wall removal to developing structural designs and details for multistory buildings. The required scope depends on the building’s existing conditions, proposed changes, design requirements, and applicable building regulations.

By evaluating structural requirements early, project teams can better understand the engineering work needed before construction or renovation begins.

Structural Calculations and Construction Documents

Structural calculations form an important part of the engineering design process. They help evaluate how a building or structural component responds to anticipated loads and support the selection and sizing of structural elements.

ENE Structural Engineering provides structural calculations, including analysis and design, along with structural drawings and details for construction documents. These deliverables help communicate the intended structural solution to architects, contractors, permitting authorities, and other project stakeholders.

The documentation required for a project can vary according to the building type, the proposed work, and the relevant jurisdiction. Clients should confirm the required calculations, drawings, engineering seals, and permit documentation with the firm and the applicable local authority.

Residential Structural Engineering

Residential projects may involve new home construction, additions, interior alterations, or changes to existing structural components. Such work can require engineering review when a proposed modification affects a load-bearing wall, beam, column, roof system, floor framing, or other structural element.

ENE Structural Engineering serves residential building projects and provides engineering support for structural modifications. For homeowners planning an open-concept layout, a larger opening, a building addition, or another structural alteration, a qualified engineering assessment can help identify the appropriate design requirements.

The firm also lists wall-removal-related engineering among the types of work it can undertake. Before removing or modifying a wall, property owners should establish whether it is load-bearing and obtain the necessary professional review and approvals.

Commercial and Industrial Building Design

Commercial and industrial structures can involve specialized operational requirements, larger spans, equipment loads, and different structural configurations. Engineering design must account for the intended use of the building, its framing system, relevant loading conditions, and applicable codes.

ENE Structural Engineering lists commercial and industrial buildings among the sectors it serves. Its structural analysis, design calculations, and construction documentation can support project teams as they plan new buildings, expansions, or modifications to existing facilities.

The specific engineering approach will depend on the project scope, site conditions, building configuration, and the requirements established by the owner and design team.

Renovation and Structural Expansion

Modifying an existing building can require a different engineering approach from designing a new structure. Existing drawings may be incomplete, building conditions may have changed over time, and proposed alterations can affect how loads are transferred through the structure.

ENE Structural Engineering identifies renovation and expansion projects as a specialty. Its services can support the evaluation and design of structural changes associated with building improvements and additions.

The company’s published project examples include a wall removal and replacement with a laminated veneer lumber (LVL) beam in Scottsdale, Arizona; a new sliding-door opening in a concrete masonry unit (CMU) wall in Paradise Valley; and the reanalysis and reinforcement of roof trusses when a community church ceiling was raised in Glendale.

These examples illustrate the different types of structural considerations that can arise when modifying an existing building. Each project requires an assessment based on its own structural system and conditions.

Project Experience and Structural Problem-Solving

ENE Structural Engineering publishes selected projects on its official website. The examples demonstrate experience with structural openings, beam design, roof-truss evaluation, and modifications to existing buildings.

For example, the company’s Paradise Valley project involved creating a 16-foot opening for a sliding door in a CMU wall. The published project description states that a wide-flange beam was designed to limit deflection, with support provided by a new HSS post on one side and a fully grouted CMU column on the other.

Reviewing project examples can help prospective clients understand the kinds of structural challenges the firm has addressed. However, the requirements and design solutions for any new project should be determined by a project-specific engineering assessment.

View the firm’s portfolio: https://www.enestructuralengineering.com/projects

Founder and Professional Qualifications

ENE Structural Engineering was founded by Esho N. Esho in 2020. The firm’s website states that he holds a master’s degree in civil engineering with an emphasis on structural engineering from the University of Illinois Chicago. His education also includes undergraduate study at the Technical University of Vienna and a bachelor’s degree in civil engineering from the University of Illinois Chicago, completed in 2006.

The company states that Esho is a licensed Professional Civil/Structural Engineer in Arizona and Nevada. Clients should confirm the specific licensing and professional approval requirements that apply to their project location and scope.

Service Area and Contact Information

ENE Structural Engineering is based in Phoenix, Arizona, and states that it is licensed in Arizona and Nevada. Prospective clients should contact the firm to confirm whether it can undertake a particular project and provide the required engineering documents in the relevant jurisdiction.

Company: ENE Structural Engineering
Address: 10210 North 32nd Street, Suite C8, Phoenix, AZ 85028, USA
Phone: +1 602-531-3541
Email: info@enestructuralengineering.com
Website: https://www.enestructuralengineering.com/
Services: https://www.enestructuralengineering.com/services
Contact: https://www.enestructuralengineering.com/contact

ENE Structural Engineering offers structural engineering support for residential, commercial, and industrial projects, with capabilities covering calculations, design, construction documentation, renovations, and expansions. Property owners, architects, and contractors can review the firm’s services and project examples to determine whether its experience aligns with their structural engineering needs.

Project scope, service availability, professional licensing, fees, and permitting requirements should be confirmed directly with ENE Structural Engineering and the relevant local authorities before work begins.