SHNK 1.02.07-19 PDF

Full title and description

SHNK 1.02.07-19 — Engineering surveys for construction. Set of rules. National technical regulation in the SHNK series that sets requirements for planning, organisation and execution of engineering and technical surveys used to prepare project documentation for construction, reconstruction, major repairs and technical assessment of buildings and structures in the Republic of Uzbekistan.

Abstract

SHNK 1.02.07-19 defines the objectives, scope, methods and required deliverables for engineering surveys for construction. It covers organisational requirements (contracts, responsibilities, qualifications), survey types (geotechnical, geological, hydrogeological, geodetic, environmental, hydrometeorological), field and laboratory methods (borings, in‑situ tests, sampling and testing), data processing and reporting, quality control and safety, and requirements for transferring survey results into design documentation. The document replaces earlier KMK/SHNK versions and aligns national practice with modern engineering-survey workflows used in design, risk assessment and preparation of baseline data for structural and geotechnical design.

General information

• Status: National SHNK regulation (adopted 2019; replaces earlier KMK/SHNK editions).
• Publication date: 2019 (edition identifier “-19”).
• Publisher: Issued under the national SHNK system of the Republic of Uzbekistan (approved/issued through the country’s authorised construction/standards bodies responsible for SHNK regulations).
• ICS / categories: Construction; Engineering surveys; Geotechnical engineering (ICS 91.040 and related construction classifications).
• Edition / version: SHNK 1.02.07-19 (2019 edition).
• Number of pages: Approx. 120–170 pages (may vary by printed/electronic edition and language translation).

Scope

Applies to engineering and technical surveys carried out to support preparation of design documentation and decision‑making for new construction, reconstruction, expansion, major repairs and decommissioning of buildings and structures across the Republic of Uzbekistan. The standard sets mandatory procedural and technical requirements for survey planning, execution, testing, interpretation and reporting, and is intended for use by survey organisations, design institutes, contractors and regulatory authorities involved in construction projects.

Key topics and requirements

• Definitions and classification of engineering surveys (geotechnical, geological, hydrogeological, geodetic, environmental, hydrometeorological).
• Requirements for survey planning: scope, objectives, programme, sampling strategy and borehole layout linked to project class and site conditions.
• Field investigation methods: drilling, sampling, in‑situ testing (SPT, CPT, Vane, plate tests), geodetic control and monitoring procedures.
• Laboratory testing: soil and rock testing protocols, sample handling, test selection and interpretation criteria.
• Data processing, geotechnical interpretation and formation of design parameters (bearing capacity, settlement, groundwater regime, soil classification).
• Reporting and deliverables: required structure of survey reports, maps, cross‑sections, logs, geotechnical models and recommended design parameters.
• Quality assurance and qualification requirements for organisations and personnel performing surveys.
• Safety, environmental protection and site access considerations during survey works.
• Requirements for use of survey data in design documentation and for interaction between survey teams and designers.

Typical use and users

Used by geotechnical and geological survey organisations, engineering consultancies, design institutes, structural and foundation engineers, local authorities and construction contractors. Typical applications include site investigation for foundations, earthworks and retaining structures, assessment of ground conditions for infrastructure (roads, utilities), evaluation of groundwater impact on foundations, and preparation of baseline data for seismic and geohazard design.

Related standards

Relevant documents and predecessors include earlier national KMK and SHNK documents on engineering surveys (for example KMK 1.02.07-97 and prior SHNK editions), related SHNK items governing geological and geotechnical surveys (e.g. SHNK 1.02.09 series), SHNK rules on design documentation and system of normative documents (SHNK 1.03.x and SHNK 1.01.01), and applicable national building codes and technical regulations that reference engineering‑survey requirements.

Keywords

engineering surveys, site investigation, geotechnical, geological surveys, hydrogeological, geodetic, boreholes, in‑situ testing, soil testing, laboratory testing, survey report, Uzbekistan, SHNK, construction norms

FAQ

Q: What is this standard?

A: SHNK 1.02.07-19 is the national set of rules in the SHNK series that governs engineering (technical) surveys for construction projects in Uzbekistan. It defines how site investigations must be planned, executed, tested and reported for use in design and permitting.

Q: What does it cover?

A: It covers the full lifecycle of engineering surveys: scope and planning, field investigation methods (drilling, sampling, in‑situ tests), laboratory procedures, data processing and interpretation, reporting requirements, quality assurance, safety and environmental measures, and the transfer of survey results into design documentation.

Q: Who typically uses it?

A: Geotechnical and geological survey organisations, engineering and design institutes, foundation and structural engineers, construction contractors, project consultants and regulatory authorities involved in construction in Uzbekistan.

Q: Is it current or superseded?

A: SHNK 1.02.07-19 is the 2019 edition and replaces earlier KMK/SHNK versions (users should check for any later amendments or newer SHNK revisions before relying on the standard for a current project).

Q: Is it part of a series?

A: Yes — it is part of the SHNK system of construction norms and is linked with other SHNK and KMK documents addressing related topics such as geological surveys, design documentation, system of normative documents in construction and specialty technical rules.

Q: What are the key keywords?

A: engineering surveys, geotechnical, site investigation, boreholes, in‑situ tests, laboratory tests, geodetic surveys, hydrogeology, survey report, SHNK, Uzbekistan.