ProQual Level 3 Diploma in Engineering Surveying (Land Surveying)

The ProQual Level 3 Diploma in Engineering Surveying (Land Surveying) candidates must complete the 5 Mandatory units. This course has 170 hours (150 GLH):

Key Topics Covered in the Engineering Surveying Course:

The curriculum delivers in-depth knowledge through core modules:

Mandatory Units 

• Introduction to Land Surveying.
• Understanding Levelling in Surveying.
• Using a Total Station in Surveying.
• Using Global Navigation Satellite Systems.
• Setting out and other Construction Survey Technologies.

Why Choose This Engineering Surveying Training?

Master precision land surveying skills with an Ofqual-regulated qualification essential for UK construction and civil engineering projects.

• Industry-Standard Competence: Validate hands-on expertise in total stations, GPS, and site set-out for CSCS card eligibility.
• Blended Learning Flexibility: Combine online theory with practical site assessments, minimising workplace disruption.
• High-Demand Credential: Boost employability for engineering surveyor roles amid UK infrastructure growth.
• Practical Career Edge: Gain recognised skills in topographic surveys and construction measurement over 12 months.
• Progression Pathway: Direct route to Level 4 surveying or chartered status with professional bodies.

Elevate your role on UK sites with training that delivers measurable accuracy and project success choose ProQual for proven surveying excellence. For enrollment in the Level 3 Diploma in Engineering Surveying qualification, Contact us.

Learning Outcomes of ProQual Level 3 Diploma in Engineering Surveying (Land Surveying):

Upon successful completion of the ProQual Level 3 Diploma in Engineering Surveying (Land Surveying), learners will be able to:

Introduction to Surveying

• Covers basic health and safety legislation relevant to surveying activities on construction sites.
• Develops understanding of numerical and mathematical techniques used in land surveying calculations.
• Explains how organisations in the construction and engineering sector are structured and managed.
• Focuses on setting up and maintaining control networks used for accurate surveying work.
• Helps learners understand how to read, interpret, and use survey drawings effectively on site.

Understanding Levelling in Surveying

• Explains common errors that can occur during levelling and how to avoid them.
• Covers different types of surveying levels and their correct usage in fieldwork.
• Introduces various datums used as reference points in surveying measurements.
• Develops skills in recording and booking levelling data accurately for project use.

Using a Total Station in Surveying

• Builds knowledge of how to operate a total station for precise surveying tasks.
• Covers control traverse observations used in mapping and engineering projects.
• Explains methods for computing and analysing traverse data accurately.
• Focuses on recording and exporting total station survey data for reporting and design use.

Using Global Navigation Satellite Systems

• Provides understanding of GNSS theory and best practices for accurate field observations.
• Covers practical use of GNSS in geospatial and engineering surveying applications.
• Explains limitations of accuracy and environmental factors affecting GNSS performance.

Setting Out and Other Construction Related Survey Technologies

• Explains the importance of utility detection surveys in construction environments.
• Introduces basic knowledge of 3D Building Information Modelling (BIM).
• Covers interpretation and use of construction drawings for accurate setting out.
• Develops practical skills in performing setting out tasks on site.
• Includes carrying out Original Ground Level (OGL) and as-built surveys.
• Explains the use of laser scanning technology in modern surveying practices.