TSA ICES utility mapping training with professional survey equipment

Utility Mapping

TSA and ICES Utility Mapping Training Programme: Seven Modules to Full Professional Competency

The UK's most comprehensive utility surveyor training programme. Seven modules. Seventeen-plus days. Every ICES competency from desktop survey and PAS128 reconnaissance through to advanced GPR post processing, total stations, GNSS, geometric principles and CAD. Approved by TSA and mapped to ICES competencies across GEUS01, GEUS02, GEUS03 and GEUS04. The pathway to ProQual Level 4 and Level 5 for professional utility surveyors.

7 Modules

17+ training days across the full programme

TSA Approved

Survey Association approved delivery

ICES Mapped

Full ICES competency coverage for utility mapping

TSA and ICES utility mapping - practical session
TSA and ICES utility mapping - EM locator training
TSA and ICES utility mapping - on-site delivery

What This Programme Is

A Structured Pathway to Full Professional Competency

Most utility surveyor training providers offer individual courses. Sygma Solutions' TSA and ICES Utility Mapping Programme is different. It is a structured, seven-module training course designed to develop the full range of competencies required for professional utility mapping across the utility sector, as defined by the Institution of Civil Engineers Surveyors (ICES) competency framework. This utility surveyor training programme covers the complete surveying methodology from desktop research through to geospatial data collection on infrastructure projects.

The programme covers everything from PAS128 desktop surveys using stats plans and site reconnaissance in Module 1 through to the application of ICT in utility surveying in Module 7. In between, delegates progress through advanced electromagnetic locating using an EM locator in passive modes and at different frequencies, ground penetrating radar GPR theory and post processing, surveying instruments including total stations and GNSS, and the geometric principles that underpin high-accuracy subsurface mapping. Each utility survey module builds practical skills in locating buried services across utility networks and different situations.

The full programme is 17 or more days of structured training spread across all seven modules. Individual modules can be completed as standalone courses or combined. Modules 3 and 4 (GPR theory and advanced post processing) are frequently taken together as a standalone three-day course.

For those working towards ProQual Level 4 or Level 5 qualifications in Utility Mapping and Surveying, this programme provides the training evidence and competency foundation those qualifications require.

Programme at a Glance

Total Duration17+ days across all seven modules
Module FormatEach module available standalone or combined
ApprovalsTSA approved, ICES competency mapped
ICES CoverageGEUS01, GEUS02, GEUS03 and GEUS04
Qualification PathwayProQual Level 3, Level 4 and Level 5
DeliveryOpen course or in-house, nationwide UK
PricingContact Sygma for module or programme quotation

Audience

Designed For

WhoWhy
Utility surveyors developing towards ProQual Level 4 or Level 5The programme provides the structured training and competency evidence those qualifications require
Senior utility surveyors and mapping professionalsFormalises advanced skills and maps them to ICES competency standards
Utility mapping companies developing their survey teamsA defined, end-to-end training programme for career progression
Individuals seeking ICES corporate membership requirementsModules map directly to ICES GEUS01-GEUS04 competencies
Those who have completed the 5 Day PAS128 course and want to continueThe programme extends and deepens the skills developed in the 5 Day course

Programme Structure

A Complete Professional Training Programme

Seven modules covering every ICES competency required for professional utility mapping. The full programme runs to 17 or more days, with individual modules available standalone.

ModuleDurationTitleICES Competency
Module 11 dayDesktop Survey and Site Reconnaissance: PAS128 Level D and CICES GEUS01 A-D
Module 23 daysAdvanced EM Locators: PAS128 Level B (EM)ICES GEUS01 E and G
Module 31 dayGPR: PAS128 Level B (GPR) Unit AICES GEUS01 F Part 1
Module 42 daysAdvanced GPR Data Collection and Post Processing: Units B and CICES GEUS01 F Part 2
Module 55 daysUse and Understanding of Surveying InstrumentsICES GEUS02 A-G
Module 64 daysApplication of Geometric PrinciplesICES GEUS03 A-E
Module 71 dayAbility to Use ICT in SurveyingICES GEUS04 A-D

Module Content

What Each Module Covers

Module 1

Desktop Survey and Site Reconnaissance (1 Day): ICES GEUS01 A-D

Understanding relevant specifications and standards: PAS128 and PAS256
Obtaining, interpreting and understanding limitations of stats plans, statutory undertakers' records, and different plans including service records and other available data
Assessment of formal and informal sources of information to build an overview of utility networks and buried services on the survey site
Site reconnaissance: methods of identifying buried utilities prior to geophysical detection, providing a rough sketch and marking assumed routes on a blank base plan
Applicable licensing requirements and legislation: CDM, HSG47, NRSWA, Management Act

Module 2

Advanced EM Locators (3 Days): ICES GEUS01 E and G

Effective use of electromagnetic methods for locating buried services: understanding how an EM locator works, signal direction, current direction, and specific electromagnetic principles
Direct connection, induction clamp, sonde, induction and passive modes at different frequencies
Basic electrical theory, electrical circuits, and distorted magnetic fields affecting locate accuracy
Locating without a locator using stats plans, visual clues, and ground conditions on quiet roads and live sites
Practical test: a two man team to survey a small site area, locating buried utilities in different situations using own equipment
Identifying where alternative detection methods are suitable or required
Geophysical methods overview: electromagnetic theory, electromagnetic conductivity, seismic, electrical resistivity, microgravity
Acoustic pipe detection methods and gyroscopic techniques

Module 3

GPR Theory and Practical Use (1 Day): ICES GEUS01 F Part 1

Licensing requirements for ground penetrating radar operation
Different GPR technologies and their applications across ground conditions
Methods of GPR survey on a typical utility survey site
GPR theory: signals, radargrams, hyperbola interpretation
Set up, controls, and practical approach to ground penetrating radar GPR equipment use
Practical use on site including grid surveys and recording actual findings
PAS128 Level B GPR detection methods for locating buried services

Module 3 is a prerequisite for Module 4. Modules 3 and 4 can be taken together as a standalone three-day GPR course.

Module 4

Advanced GPR Data Collection and Post Processing (2 Days): ICES GEUS01 F Part 2

Data collection: GPS and TPS integration, grid projects, multi-array antenna use on the same survey site
Data interpretation in the field and non post processing techniques
Data processing: filters, hyperbola fitting, interpolation of 2D data into 3D cubes and time slices
Post processing software: Object Mapper (importing, markers, polylines, exporting to CAD for geospatial data collection)

Module 5

Use and Understanding of Surveying Instruments (5 Days): ICES GEUS02 A-G

Total stations: operation, checking and adjustment
GNSS: static and kinematic methods
Levels: optical, electronic and digital
Instrument checking and adjustment within equipment boundaries
Accessories: checking and adjustment
Other distance measurement methods: tape, Disto, measuring wheel

Module 6

Application of Geometric Principles (4 Days): ICES GEUS03 A-E

Calculating 3D coordinate geometry using manual and computerised methods
2D and 3D survey control: intersections, resections, free station, traverse, network and geometric configurations
Adjustment of survey measurements: redundant observations, principles of least squares, residuals, standard errors, error ellipses
Measurement of heights: height datum, datum transformations, geoid and spheroid separations
Error propagation

Module 7

ICT in Surveying (1 Day): ICES GEUS04 A-D

Transfer of utility survey and subsurface mapping data between instrument and computer
Electronic processing of utility survey data: geometric networks, GPR data, GNSS data
Use and manipulation of 3D utility data with digital ground models
CAD: general principles, structure, layering and UCS

What You Get

At the End of This Course

TSA Certificate in Utility Mapping

TSA and ICES recognised certificate in utility mapping on completion of all seven modules. Delegates who successfully complete the course receive full professional recognition as a utility surveyor.

Portfolio Evidence

Documented portfolio evidence across all seven modules for professional records, including practical skills demonstrated to the examiner and methods learned throughout the programme.

CICES Membership Pathway

Eligibility to apply for Chartered Institution of Civil Engineering Surveyors membership, supporting your career in the utility sector.

Professional Recognition

Industry-recognised qualification for utility mapping and surveying career progression on infrastructure projects.

TSA utility mapping training with GPR
ICES utility mapping practical assessment
Utility mapping survey fieldwork training

Assessment and Safety

How Utility Surveyor Training Is Assessed

Modules that include a practical operational test require delegates to demonstrate the methods learned under exam conditions. A written exam covers graphical and written questions on surveying methodology, basic electrical theory, and the knowledge required to successfully complete the course. Delegates must achieve the overall pass mark, and the exam score and overall exam score are recorded as part of your portfolio evidence.

The practical test typically involves a two man team to survey a small site area on the same survey site, locating buried utilities in different situations using own equipment. Delegates must demonstrate competence in locating without a locator using stats plans and visual inspection, as well as with an EM locator at different frequencies. The practical approach is assessed against ICES competency criteria and demonstrated to the examiner in real survey conditions.

Safety is integrated throughout the utility surveyor training programme. Each module includes a risk assessment component, and delegates learn to work safely with appropriate PPE on live sites including power station compounds, quiet roads, and areas with buried services. Understanding ground conditions, distorted magnetic fields near electrical circuits, and signal direction when locating buried utilities are all essential practical skills covered in the programme.

Sygma Solutions provides all assessment materials and support. Delegates are required to successfully complete each module's assessments before progressing. The test two man team format ensures every utility surveyor can demonstrate practical competence in a typical utility survey environment.

Flexible Module Booking

How to Take the Programme

The programme is designed to be taken as a complete pathway but can also be accessed module by module. Individual modules are available as standalone courses for delegates with specific development needs.

OptionWhat It Covers
Complete programmeAll seven modules (full ICES competency coverage and ProQual Level 4 or 5 pathway evidence)
Modules 1-4 onlyFull PAS128 B competency: desktop, site recon, advanced EM, GPR theory, GPR post processing
Modules 3 and 4 togetherThree-day standalone GPR course: theory, practical use and post processing
Modules 5-7Surveying instruments, geometric principles and ICT (for those already competent in PAS128 detection methods)
Individual modulesAny module can be taken standalone based on specific development needs

Qualification Pathway

The Route to ProQual Level 4 and Level 5

The TSA and ICES Utility Mapping Programme provides the structured training evidence that underpins the ProQual Level 4 Diploma and Level 5 Diploma in Utility Mapping and Surveying. Delegates completing the programme generate assessed portfolio evidence across all ICES competency domains. Sygma Solutions is the only provider offering the complete pathway from this utility surveyor training programme through to a certificate in utility mapping at every ProQual level.

QualificationICES Competencies Required
ProQual Level 3 CertificateGEUS01 A-G, F Part 1
ProQual Level 4 DiplomaFull GEUS01, GEUS02 A-G
ProQual Level 5 DiplomaFull GEUS01-GEUS04

Why Sygma

Why Train With Sygma?

TSA Approved

Sygma is an approved TSA training provider for utility mapping and surveying.

Led by Working Utility Surveyors

Trainers who actively work in utility surveying on infrastructure projects and bring real knowledge of surveying methodology and ground conditions to every module.

Independent

Sygma is independent and owns the training process from start to finish.

Practical Assessment

Every module includes a practical operational test and assessment, not just theory. Delegates locate buried services on a real survey site and demonstrate practical skills to the examiner.

Flexible Delivery

Open courses throughout the year or private in-house delivery for teams.

Career Pathway

The programme directly supports ProQual Level 4 and Level 5 qualifications.

CITB Employer Network Funding

Sygma is a CITB ATO. Contact your CITB Employer Network adviser about funding support for the TSA and ICES programme. Availability varies by employer and is not guaranteed.

Related Training

Related Courses and Qualifications

Ground penetrating radar training equipment
TSA ICES utility survey practical session
Utility mapping and detection training

Common Questions

Frequently Asked Questions

Do I need to complete all seven modules?

No. Individual modules can be taken as standalone courses. Many delegates focus on Modules 1 to 4 for PAS128 competency, or on Modules 3 and 4 together as a three-day GPR course. The full seven-module programme is the route to complete ICES competency coverage and to the ProQual Level 4 and Level 5 qualifications.

What is the prerequisite for Module 4?

Module 3 (or equivalent GPR knowledge) is a prerequisite for Module 4. Delegates attending Module 4 should already understand GPR fundamentals, either from Module 3 or from equivalent prior training. Modules 3 and 4 are frequently taken back to back as a three-day course.

How does this programme relate to ProQual Level 4 and Level 5?

The programme provides structured training evidence that forms the foundation of ProQual Level 4 and Level 5 submissions. The seven modules map directly to the ICES competency domains required for those qualifications. Speak to the bookings team about how to plan your training and qualification pathway together.

Can modules be taken in any order?

Generally yes, with the exception of Module 4 which requires Module 3 as a prerequisite. For delegates working towards ProQual Level 4 or Level 5, completing modules in order provides the most logical progression and makes portfolio building easier.

Is this programme available in-house?

Yes. All modules are available as private in-house courses. This is the preferred option for teams, as it allows scheduling to fit around operational demands. Contact the bookings team to plan a delivery schedule.

How is this different from the 5 Day PAS128 Surveyor Course?

The 5 Day PAS128 Surveyor Course covers the content of Modules 1 to 3 in an intensive week, with a written exam and practical assessment included. The TSA and ICES programme is broader and longer, adding advanced GPR post processing, surveying instruments, geometric principles and ICT (Modules 4 to 7). For those entering utility mapping, the 5 Day course is often the natural first step before progressing into the wider programme.

What does the written exam cover?

The written exam includes graphical and written questions covering basic electrical theory, electromagnetic theory, surveying methodology, stats plans interpretation, and knowledge of how an EM locator works including signal direction and current direction. Delegates must achieve the overall pass mark under formal exam conditions. The exam score and overall exam score contribute to your portfolio evidence alongside the practical operational test results.

What safety training is included?

Safety is woven throughout the utility surveyor training programme. Modules cover risk assessment procedures, use of appropriate PPE, working safely on live sites including power station compounds and quiet roads, understanding ground conditions that affect locating accuracy, and recognising distorted magnetic fields near electrical circuits. Delegates learn to locate buried services and buried utilities safely in different situations, reducing the risk of utility strikes on infrastructure projects.

What practical field work is involved?

The practical elements include a test where a two man team to survey a small site area must locate buried services on the same survey site using own equipment. Delegates practise locating without a locator using stats plans and visual clues, as well as with an EM locator in passive modes and at different frequencies. They record actual findings on a blank base plan, mark assumed routes, and provide a rough sketch of the utility survey. The practical approach covers a typical utility survey from start to finish across different situations and ground conditions.

Enquire About the TSA and ICES Utility Mapping Programme

Open course dates available for individual utility surveyor training modules throughout the year. Private in-house delivery of the full training course or selected modules can be arranged for teams. Contact Sygma Solutions to plan your training pathway.