Categories of AISC Certification

FABRICATORS 

Building QMS Certification
This program uses the Certification Standard for Steel Building Structures and additional criteria uniformly to all building fabricators, regardless of size and complexity of project. AISC believes there is a basic level of quality that all fabricators need to maintain regardless of company size or shop capacity. The Building Standard and additional criteria place equal emphasis on all aspects of the fabricator’s business processes.

Bridge QMS Certification
In 2014, this program completed the conversion to a standard-based bridge certification, which replaces the previous checklist criteria. This transition completes a two-year process of converting bridge participants and applicants to the AISC Bridge Certification Requirements. In addition, the program requirements introduce the certification categories of Certified Bridge Fabricator: Simple (SBR), Intermediate (IBR), and Advanced (ABR). Certificates will temporarily continue to include either the “Intermediate/Major” or “Advanced/Major” designations to allow transportation departments additional time to update their standard specifications.

Categories, as defined by the Bridge Requirements & Standard:
  • Simple Bridges consist of unspliced rolled sections.
  • Intermediate Bridges - are typical bridges that do not require extraordinary measures. Typical examples might include: (1) a rolled beam bridge with field or shop splices, either straight or with a radius over 500 ft; (2) a built-up I-shaped plate girder bridge with constant web depth (except for dapped ends), with or without splices, either straight or with a radius over 500 ft; (3) a built-up I-shaped plate girder with variable web depth (e.g., haunched), either straight or with a radius over 1000 ft; (4) a truss with a length of 200 ft or less that is entirely or substantially pre-assembled at the certified
  • Advanced Bridges - are those requiring an additional standard of care in fabrication and erection, particularly with regard to geometric tolerances. Examples include tub or trapezoidal box girders, closed box girders, large or non-preassembled trusses, arches, bascule bridges, cable-supported bridges, moveable bridges, and bridges with particularly tight curve radius

Standard for Bridge and Highway Metal Component Manufacturers (CPT)
This program is modeled on the Building Category but describes certification requirements for facilities that manufacture and supply specific components, composed primarily of metal to bridge and highway construction projects. Certification is appropriate for manufacturers of components that include bracing not designed for primary loads (diaphragms, cross frames and lateral bracing); camera, light, sign and signal support structures; bridge rail; stairs; walkways; grid decks; drains; scuppers; expansion joints; bearings; ballast plates; and mechanical movable bridge equipment.

ENDORSEMENTS

Sophisticated Paint Endorsement
The Sophisticated Paint Endorsement is a quality certification program designed to evaluate the qualifications of structural steel fabricators and manufacturers of bridge and highway metal components who apply sophisticated or industrial protective coatings, such as zincs, expoxies, urethanes, or multi-coat systems in their paint shops following fabrication. The Sophisticated Paint Endorsement meets quality program criteria requirements of SSPC-QP 3, "Standard Procedure for Evaluating the Qualifications of Shop Application Firms." Also, The Sophisticated Paint Endorsement is based on industry standards and manufacturers' storage, surface preperation, application and curing requirements. There are currently three Paint Endorsements available:

                    • P1-Sophisticated Paint Endorsement-Enclosed
                    • P2-Sophisticated Paint Endorsement-Covered
                    • P3-Sophisticated Paint Endorsement-Outside


ERECTORS

Certified Steel Erector (CSE)
Erection companies providing services necessary for erection of structures such as schools, shopping centers, light manufacturing plants, warehouses, low-rise beam and column structures, simple non-continuous bridges, and steel-framed buildings.

A Certified Steel Erector must have the following items:

                    • Erection plan
                    • Formal safety plan
                    • Program to promote project planning
                    • Formal program to monitor compliance with required welding and bolting procedures
                    • Written substance abuse plan and policy

Advanced Certified Steel Erector (ACSE)
Erection companies providing services necessary for erection of structures such as large public and institutional buildings, heavy manufacturing plants, bunkers, bins, major bridges, continuous girder bridges, railroad bridges, powerhouses, major industrial facilities, locks and dams, high-rise structures, arenas, and repair and rehabilitation of existing steel structures. The organization shall understand the procedures involved and have ready access to the requisite talent, resources, and experience necessary to erect complex steel structures

An Advanced Certified Steel Erector must have the following items listed below as well as meet the requirements for Certified Steel Erector:

              • Implementation of the quality and safety systems defined in the Certified Advanced Steel Erector checklist
              • Experience in staged construction for maintaining traffic
              • Experience in composite and concrete core construction
              • Experience in close tolerance erection (as in architecturally exposed structural steel)
              • Experience in use of gantry and other specialized crane systems
              • Experience in retrofit and maintenance
              • Experience with complex projects such as working over water and railroad tracks
              • Experience with large-scale erection projects
              • Experience and equipment for rivet removal
              • Written procedure for jacking and use of falsework

METAL BUILDINGS

Metal Building Systems (MB)
AISC sponsorship of this program concluded at the end of 2009.
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