Albertson Engineering Inc.

Provides structural planning and engineering for landmark structures, commercial developments, and residential buildings across the Great Plains region.

• Building Information Modeling

  Utilizes advanced modeling technologies to deliver collaborative and coordinated structural documentation.

• Design-Bid-Build Delivery

  Coordinates structural engineering services within traditional project execution frameworks.

• Design-Build Delivery

  Collaborates with contractors and design teams to support integrated project delivery models.

Analyzes and designs expansions and modifications to existing buildings, ensuring seamless integration between old and new systems.

• Structural Assessment

  Performs evaluations of existing structural components to determine repair and strengthening needs before expansion.

• Historic Restoration

  Coordinates with local preservation officials to maintain the visual character and historic identity of registered structures.

Delivers customized engineering solutions directly to contractors and fabricators to resolve site-specific constructability challenges.

• Light-Gauge Metal Stud Framing

  Engineers precision structural drawings for light-gauge steel framing in modern buildings.

• Precast Concrete Engineering

  Creates durable custom concrete elements tailored to specific project load requirements.

• Stair Egress Engineering

  Develops safe, functional, and visually integrated egress systems.

• Temporary Shoring Engineering

  Secures structural stability and site safety during active construction phases.

• Soldier Pile Retaining Walls

  Designs heavy-duty retaining structures engineered for optimal performance in diverse soil conditions.

Diagnoses underlying issues in active structures to determine root causes of distress and recommend repairs.

• Ground-Penetrating Radar

  Locates subsurface reinforcing steel, post-tensioned strands, and conduits using non-invasive scanning technology.

• Structural Monitoring

  Tracks physical movement and safety parameters over time to guide long-term maintenance programs.