TxDOT Precertifications

Precertification is required for all work categories that constitute five percent or more of the work on a contract and is based on employee projects. TxDOT precertifies individuals based on prior work experience. An employee demonstrates his or her work experience by describing the work done on projects in the past. Precertification is then granted or denied based on this information, and any firm that individual works for is also precertified.

For work categories that require a professional engineer, architect, or land surveyor, an individual may demonstrate that they meet the minimum licensure requirement by providing information indicating that they possess a current professional license issued by a U.S. state or territory. For professional engineers from Canada or Mexico, this may be demonstrated by information indicating that they possess a current professional engineering license issued by one of the jurisdictions of Canada or the United Mexican States.

Although the professional license from another jurisdiction may be sufficient to meet the minimum precertification licensure requirement, it is the responsibility of the individual to comply with the laws and rules governing the practice of their discipline within the State of Texas.

CP&Y, Inc. holds the following precertifications:

1.1.1 Policy Planning
1.2.1 Systems Planning
1.3.1 Subarea/Corridor Planning
1.4.1 Land Planning/Engineering
1.5.1 Feasibility Studies
1.6.1 Major Investment Studies
2.1.1 Traffic Noise Analysis
2.2.1 Air Quality Analysis
2.3.1 Wetland Delineation
2.4.1 Nationwide Permit
2.4.2 Individual Permits
2.4.3 US Coast Guard & Corps of Eng
2.5.1 Water Pollution Abatement Plan
2.6.1 Protected Species Determination (Habitat)
2.6.2 Impact Evaluation Assessments
2.6.3 Biological Surveys
2.7.1 Section 4F / 6F Evaluations
2.8.1 Historic Buildings, Structures, Objects
2.9.1 Historic Architecture
2.10.1 Archeological Surveys
2.11.1 Historical and Archival Research
2.12.1 Socio-Eco and Env Justice Analyses
2.13.1 Hazardous Materials Assessment
2.14.1 Environmental Doc Preparation
3.1.1 Rt Std & Schem Des-Minor Rdwys
3.2.1 Rt Std & Schem Des-Major Rdwys
3.3.1 Rt Std & Schem Des-Complex Hwys
3.4.1 Minor Bridge Layouts
3.5.1 Major Bridge Layouts
3.6.1 Multilevel Intrchg & Exotic Brg Lyt
4.1.1 Minor Roadway Design
4.2.1 Major Roadway Design
4.3.1 Complex Highway Design
4.4.1 Major Fwy Intrchg & Direct Connectors
5.1.1 Minor Bridge Design
5.2.1 Major Bridge Design
5.3.1 Multilevel Interchange Design
5.4.1 Exotic Bridge Design
6.1.1 Routine Bridge Inspection
6.2.1 Complex Bridge Inspection
7.1.1 Traffic Engineering Studies
7.2.1 Hwy-Rail Grade Crossing Studies
7.3.1 Traffic Signal Timing
7.4.1 Traffic Control Systems Analysis
7.5.1 Intelligent Transportation System
8.1.1 Signing, Pvmt Marking & Channelization
8.2.1 Illumination
8.3.1 Signalization
8.4.1 ITS Control Systems Analysis
8.5.1 Highway-Rail Grade Crossings
9.1.1 Bicycle & Pedestrian Facility Development
10.1.1 Hydrologic Studies
10.2.1 Basic Hydraulic Design
10.3.1 Complex Hydraulic Design
10.4.1 Pump Stations-Hydraulics
10.4.2 Pump Stations-Electrical
10.4.3 Pump Stations-Structures
10.5.1 Bridge Scour Eval & Analysis
11.1.1 Rdwy Const Mgmt & Inspection
11.2.1 Major Bridge Const Mgmt & Inspection
12.1.1 Asphaltic Concrete
12.1.2 Portland Cement Concrete
12.2.1 Plant Inspection and Testing
14.1.1 Soil Exploration
14.2.1 Geotechnical Testing
14.3.1 Transportation Foundation Studies
14.4.1 Building Foundation Studies
15.1.1 Survey
15.1.2 Parcel Plats
15.1.3 Legal Descriptions
15.1.4 Right of Way Maps
15.2.1 Design and Construction Survey
15.3.1 Aerial Mapping
15.4.1 Horiz & Vert Control for Aerial Mapping
15.5.1 State Land Surveying
16.1.1 Architecture
18.1.1 Value Engineering
18.2.1 Subsurface Utility Engineering