A survey report is the documented result of a surveying project. It brings together information collected from existing records, field measurements, positioning observations, data processing, analysis, maps, drawings, and other project deliverables. The exact contents depend on the purpose of the survey, the applicable professional standards, the client’s requirements, and the type of information being surveyed.
Modern surveying can involve technologies such as GNSS, RTK positioning, total stations, terrestrial laser scanners, drones, and other measurement systems. These technologies allow surveyors to collect detailed information about the position, size, and shape of natural and built features and then turn those observations into usable geographic information and project documentation.
So, how do surveyors create a report? The process generally starts before the surveyor enters the field. The surveyor first determines what the project requires, reviews available information, establishes the appropriate measurement approach, collects and processes the field observations, checks the results, and then prepares the final drawings, maps, report, or other agreed deliverables.
What Information Does a Surveyor Need Before Creating the Report?
A surveyor cannot determine the appropriate report simply by collecting measurements. The purpose of the survey determines what information needs to be collected and how the results should ultimately be presented.
A boundary survey, for example, has different objectives from a topographic survey or a construction survey. Professional standards can also apply to particular survey types. The 2026 ALTA/NSPS Land Title Survey standards, for example, specify requirements for surveys performed under that standard rather than establishing a universal format for every type of surveying project.
Define the Survey Purpose and Deliverables
The first step is to establish what the client needs the survey to accomplish. The surveyor needs to understand the intended use of the information because this affects the observations collected, equipment and procedures selected, accuracy requirements, and final deliverables.
Depending on the project, the requested output may include a survey report, plan, map, CAD information, digital terrain model, point cloud, GIS data, imagery, textual information, or a combination of these deliverables. FIG documentation identifies these types of digital and survey outputs as possible products of modern surveying work.
The surveyor therefore establishes the scope before fieldwork begins. This helps prevent the collection of information that is unrelated to the client’s requirements while ensuring that important features are not omitted.
Review Existing Records and Survey Control
Before collecting new measurements, the surveyor may need to examine information relevant to the project. Depending on the survey, this can include previous surveys, property information, control information, maps, plans, or other records.
Survey control is particularly important because measurements need to be related to an appropriate reference system. GNSS surveying, for example, can use established reference stations and positioning services to determine coordinates. NOAA’s National Geodetic Survey provides resources for geodetic control, GNSS surveying, reference systems, and related survey activities.
The surveyor uses the available information to establish the framework for field measurements and later processing. The purpose is to make the resulting measurements consistent with the reference system and requirements of the project.
How Do Surveyors Collect and Process the Field Data?
Once the scope and measurement requirements are established, the surveyor carries out the fieldwork. The equipment selected depends on the project and the information that needs to be measured.
Modern surveying is not based on a single instrument. FIG identifies technologies including GNSS, total stations, terrestrial laser scanning, and other measurement methods as part of contemporary surveying practice.
Collect Measurements in the Field
During fieldwork, the surveyor collects observations needed to represent the site or property accurately.
GNSS receivers can be used to determine positions using satellite-based positioning. RTK techniques can provide real-time positioning information when the required correction and reference infrastructure are available. Total stations can be used for precise angular and distance measurements, while laser scanners can capture large numbers of three-dimensional points for detailed representations of objects, structures, or terrain.
The surveyor does not simply collect as many points as possible. The observations need to relate to the purpose of the survey. For example, a topographic project may require information describing changes in terrain and relevant physical features, while a boundary project may concentrate on evidence needed to establish or retrace property boundaries.
Field observations are also subject to quality considerations. Surveyors need to assess whether the collected information is sufficiently reliable for the intended purpose and whether additional observations are necessary.
Process and Check the Survey Data
After field collection, observations are transferred into appropriate processing software or systems. This stage converts field measurements into information that can be analysed and incorporated into the final deliverables.
GNSS processing provides a clear example. NOAA’s OPUS Projects documentation describes processing survey data and reviewing processing results and quality indicators. The resulting processing information can include coordinates and other information about the survey observations and processing.
Processing can involve organizing observations, applying appropriate corrections, evaluating results, and checking whether the information is consistent with the project’s requirements. The exact workflow depends on the equipment, survey method, reference system, and software being used.
Quality checking is important because the final report should represent the survey results rather than unverified raw observations. NOAA’s surveying resources include guidance and tools concerned with positioning, data processing, quality assessment, and reference systems.
Build the Map, Plan, or Digital Deliverables
Once the measurements have been processed and checked, the surveyor can turn the information into the appropriate graphical or digital deliverables.
Depending on the project, this may involve preparing a survey plan, boundary drawing, topographic map, CAD drawing, digital terrain model, point cloud, GIS dataset, imagery, or other digital information. FIG documentation identifies CAD files, digital terrain models, point clouds, GIS data, imagery, textual information, and survey reports among the types of outputs associated with surveying and mapping work.
The surveyor needs to present the information in a way that allows the intended users to understand and use it. A construction professional, property owner, engineer, planner, or other client may require different information from the same site, which is why the final deliverables are closely connected to the original project scope.
What Does a Surveyor Put in the Final Report?
There is no single report template that applies to every surveying project. The contents depend on the type of survey, its purpose, applicable standards, jurisdiction, and the client’s requirements.
A useful survey report should communicate what was surveyed, why it was surveyed, what information was obtained, and what the resulting information shows. Where appropriate, supporting drawings, maps, measurements, processing information, findings, and other documentation can accompany the report.
Present the Survey Results Clearly
The results need to be presented in a form that matches the purpose of the survey. Surveying deliverables can contain graphical and digital information because maps and drawings often communicate spatial information more effectively than measurements presented as isolated numbers.
For example, a survey deliverable may show surveyed features in their spatial relationship to one another, while digital datasets can provide information for use in GIS, CAD, modelling, or other professional workflows. FIG identifies these different forms of survey information and digital deliverables in its surveying guidance.
The report should therefore connect the written explanation with the relevant graphical or digital information rather than treating the measurements and drawings as unrelated outputs.
Explain Findings and Professional Conclusions
The surveyor’s role is not limited to recording measurements. Depending on the survey type, the professional may need to interpret the collected evidence and communicate conclusions that are within the scope of the assignment.
For a boundary survey, this can involve evaluating evidence used to determine boundary locations. For other projects, the surveyor may be documenting existing site conditions, elevations, positions, or other measured features.
The conclusions should be based on the information collected and the procedures applicable to the particular survey. Professional standards and guidance exist to promote consistency and quality in surveying practice; FIG’s standards network, for example, covers standards and guidance relevant to surveying, measurement, land administration, and related professional activities.
Document Limitations and Supporting Information
A survey report should make the scope of the work understandable. If particular information was outside the survey’s scope or could not be established through the methods used, that distinction matters when interpreting the final results.
Supporting documentation can also be important. Depending on the project, the final deliverables may include digital survey information, maps, drawings, imagery, point clouds, or other supporting data. FIG’s documentation on surveying deliverables demonstrates that modern survey projects can produce multiple forms of information rather than a report consisting only of written text.
For regulated or standards-based surveys, the applicable standard can specify additional requirements for what must be shown or documented. The ALTA/NSPS standards are one example of a survey-specific standard with defined requirements.
How Does a Surveyor Check the Report Before Delivery?
The final stage is quality control and delivery. A surveyor needs to ensure that the information being delivered corresponds with the observations, processing, project requirements, and applicable standards.
This is particularly important when measurements are converted into coordinates, maps, drawings, or digital models. Errors introduced during processing or presentation can affect the usefulness of the final deliverable even when the original field observations were properly collected.
Verify Measurements and Processing Results
Surveyors review processed results and quality information to determine whether the observations meet the requirements of the project.
NOAA’s OPUS Projects documentation provides an example of this type of workflow for GNSS surveying. Its documentation describes processing survey observations and examining processing results and quality indicators before using the resulting information.
The specific checks performed by a surveyor vary according to the survey method and project. The important point is that processing is not simply a button-clicking exercise: the resulting information needs to be evaluated before it becomes part of the final survey deliverable.
Check Maps, Drawings, and Report Information
The surveyor can then check that the written report and graphical information agree with the processed survey data.
This may include checking coordinates, dimensions, labels, feature locations, reference information, drawing content, and other project-specific requirements. The extent of the review depends on the type and complexity of the survey.
For standards-based surveys, the surveyor also needs to consider the requirements of the applicable standard. For example, the 2026 ALTA/NSPS standards establish requirements for surveys performed under that standard, illustrating why a survey report should be assessed against the rules relevant to its particular purpose rather than against a universal report template.
Deliver the Final Survey Documentation
After the information has been checked, the surveyor delivers the agreed survey products to the client.
The final package can vary substantially from one project to another. It may contain a written report together with plans, maps, CAD files, GIS information, point clouds, digital terrain models, imagery, or other survey data. FIG materials describe these as possible forms of surveying and mapping deliverables.
The completed report is therefore the end result of a larger workflow. The surveyor starts with the purpose and requirements of the project, gathers appropriate evidence and measurements, processes and evaluates the observations, prepares the required maps or digital products, performs quality checks, and then delivers the final documentation.
The most important thing to understand is that a survey report is not simply a written description of measurements. It is the documented outcome of a surveying process in which field observations, positioning information, processing, analysis, professional judgment, and project requirements come together to produce information that the client can use.