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Open-Cut Method

Courses tagged with "Open-Cut Method"
Course image" AE-02 Open cut method module: Installation of Pipes
Course image
Learning unit summary:

The installation of water and wastewater networks is carried out around the world to a large extent in open cut construction. This module focuses on all of the relevant information relating installation and alignment of the pipes, backfill compaction, alternative backfill materials, and the removal of the shoring.

LEARNING OUTCOMES

  • Identify and apply the main rules and regulations,
  • Ensure a high quality of workmanship on site,
  • Identify and assess construction errors, and
  • Optimise the installation process.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2017

unitracc.com
Course image" AE-02 Open Cut Method: Embedment Zone and Pipe Installation
Course image
Learning unit summary:

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

The embedment consists of bedding, side filling and initial and main cover. The quality of the embedment is significantly influenced by the installation conditions of the pipes. Other topics of this module include flowable fill for trench backfill, optimized installation methods and compaction tests.

After completing this module, you will have a sound knowledge of:

  • Rules and regulations;
  • Requirements for the embedment zone and compaction of the trench backfill;
  • Process sequences of the open cut method;
  • Influencing factors to ensure high execution quality on the construction site;
  • Recognizing and assessing errors in construction.
unitracc.com
Course image" AE-02 Open Cut Method: Utility Trench Construction
Course image
Learning unit summary:

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

The construction of sewers is still often carried out in the form of open cut construction. Depending on the design, this results in different pipe-soil systems with different external loads on the sewer.

After completing this module, you will have a sound knowledge of:

  • Rules and regulations;
  • Requirements for planning, tendering and construction of the pipeline zone, the shoring and the components and building materials;
  • Procedures for dewatering and
  • Process sequences of the open construction method.
unitracc.com
Course image" AE-02 Subsoil: Soil Mechanics, Geotechnical and Hydrogeological Principles for the Open Cut Construction Method - v01
Course image
Learning unit summary:

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

The construction of sewers is often carried out using the open construction method. Depending on the design, this results in pipe-soil systems with different external loads on the sewer. To understand these relationships, the soil mechanical and hydrogeological principles for characterizing the subsoil are explained.

After completing this module, you will have a sound knowledge of how:

  • To differentiate between soil types;
  • To identify the influences of grain shape and grain size distribution on the practical construction properties of the subsoil and
  • To name the different appearances of water in the subsoil;
  • To determine the water permeability of the soil for a constructional assessment of the soil.
unitracc.com
License enrolment
Course image" BE-02 Installation of Water Pipes, Drains and Wewers Using the Open Cut Method
Course image
Learning unit summary:

This course includes tutorial services and a final examination.

The installation of water pipes, in particular, drains and sewers is worldwide in large part performed using the open cut method. This at first glance "simple" construction method is actually highly complex when used in urban areas and at large depths. The numerous boundary conditions, shoring-, and installation systems require extensive technical knowledge in order to ensure a high quality workmanship.

The course consists of 5 modules on the following topics:

  1. Geotechnical and hydrogeological Principles
  2. Utility Trench Construction
  3. Embedment of Piping
  4. Installation of Pipes
  5. Occupational Health and Safety around Excavations

LEARNING OUTCOMES

After successful completion of this course, you will be able to:

• Identify and apply the main rules and regulations;
• Differentiate between soil types, to identify the effects of particle shape and particle size distribution on the soil properties, to assess the ground state with respect to its bulk density and soil consistency;
• Identify the different manifestations of water in the subsurface, understand the effect of free moving underground water as a form of water permeability of the soil, and determine the water permeability of soil;
• Determine the requirements for planning, tendering and construction of the utility trench along with the required shoring components and materials;
• Identify various ways of constructing unlined trenches safely and within regulation;
• Identify the various shoring/lining systems along with their limits;
• Describe the open cut method of pipe installation;
• Identify and assess construction errors;
• Implement occupational health and safety measures for the open cut method.

700.00 EUR plus VAT / 2022

30 H / 4 Weeks

Open-Cut Method
Course image" BE-02 Open Cut Method: Embedment Zone
Course image
Learning unit summary:

The embedment consists of bedding, side filling and initial and main cover. The quality of the embedment is significantly influenced by the installation conditions of the pipes. Other topics of this module include flowable fill for trench backfill, optimized installation methods and compaction tests.

LEARNING OUTCOMES

  • rules and regulations;
  • requirements for the embedment zone and compaction of the trench backfill;
  • process sequences of the open cut method;
  • influencing factors to ensure high execution quality on the construction site;
  • recognizing and assessing errors in construction.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2019

Modules
Course image" AE-02 - Installation of Water Pipes, Drains and Sewers using the Open Cut Method
Course image
Learning unit summary:

This course includes tutorial services and a final examination.

The installation of water pipes, in particular, drains and sewers is worldwide in large part performed using the open cut method. This at first glance “simple” construction method is actually highly complex when used in urban areas and at large depths. The numerous boundary conditions, shoring-, and installation systems require extensive technical knowledge in order to ensure a high quality workmanship.

The course consists of 5 modules on the following topics:

  1. Geotechnical and hydrogeological Principles
  2. Utility Trench Construction
  3. Embedment of Piping
  4. Installation of Pipes
  5. Occupational Health and Safety around Excavations

LEARNING OUTCOMES

  • Identify and apply the main rules and regulations;
  • Differentiate between soil types, to identify the effects of particle shape and particle size distribution on the soil properties, to assess the ground state with respect to its bulk density and soil consistency;
  • Identify the different manifestations of water in the subsurface, understand the effect of free moving underground water as a form of water permeability of the soil, and determine the water permeability of soil;
  • Determine the requirements for planning, tendering and construction of the utility trench along with the required shoring components and materials;
  • Identify various ways of constructing unlined trenches safely and within regulation;
  • Identify the various shoring/lining systems along with their limits;
  • Describe the open cut method of pipe installation;
  • Identify and assess construction errors;
  • Implement occupational health and safety measures for the open cut method.

800.00 USD exclusive of VAT / 2022

40 H / 4 WEEKS

Open Cut Method
Course image" AE-02 Open Cut Method: Embedment Zone and Pipe Installation
Course image
Learning unit summary:

The embedment consists of bedding, side filling and initial and main cover. The quality of the embedment is significantly influenced by the installation conditions of the pipes. Other topics of this module include flowable fill for trench backfill, optimized installation methods and compaction tests.

LEARNING OUTCOMES

  • Rules and regulations;
  • Requirements for the embedment zone and compaction of the trench backfill;
  • Process sequences of the open cut method;
  • Influencing factors to ensure high execution quality on the construction site;
  • Recognizing and assessing errors in construction.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

Open Cut Method
Course image" AE-02 Open Cut Method: Utility Trench Construction
Course image
Learning unit summary:

The construction of sewers is still often carried out in the form of open cut construction. Depending on the design, this results in different pipe-soil systems with different external loads on the sewer.

LEARNING OUTCOMES

  • Rules and regulations;
  • Requirements for planning, tendering and construction of the pipeline zone, the shoring and the components and building materials;
  • Procedures for dewatering and
  • Process sequences of the open construction method.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

Open Cut Method
Course image" BE-02 Open Cut Method: Utility Trench Construction - v01
Course image
Learning unit summary:

The construction of sewers is still often carried out in the form of open cut construction. Depending on the design, this results in different pipe-soil systems with different external loads on the sewer.

LEARNING OUTCOMES

  • Rules and regulations;
  • Requirements for planning, tendering and construction of the pipeline zone, the shoring and the components and building materials;
  • Procedures for dewatering and
  • Process sequences of the open construction method.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2016

Open Cut Method
Course image" BE-02 Open cut method Module: Installation of Pipes
Course image
Learning unit summary:

The installation of water and wastewater networks is carried out around the world to a large extent in open cut construction. This module focuses on all of the relevant information relating installation and alignment of the pipes, backfill compaction, alternative backfill materials, and the removal of the shoring.

LEARNING OUTCOMES

  • Identify and apply the main rules and regulations,
  • Ensure a high quality of workmanship on site,
  • Identify and assess construction errors, and
  • Optimise the installation process.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2019

New Construction, Open Cut Method
Course image" AE-02 Open Cut Method: Occupational Health and Safety
Course image
Learning unit summary:

The aspects of occupational health and safety that must be taken into account in the context of civil engineering work, especially in the construction of pipelines and sewers using the open cut method, are very diverse. They harbor a considerable potential for danger for those working on the construction site, but also for uninvolved persons.

LEARNING OUTCOMES

  • Risks and hazardous areas;
  • Securing construction sites in traffic areas;
  • Tools and equipment for safe working.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

Work safety
Course image" BE-02 Open Cut Method: Occupational Health and Safety
Course image
Learning unit summary:

The aspects of occupational health and safety that must be taken into account in the context of civil engineering work, especially in the construction of pipelines and sewers using the open cut method, are very diverse. They harbor a considerable potential for danger for those working on the construction site, but also for uninvolved persons.

LEARNING OUTCOMES
  • Risks and hazardous areas;
  • Securing construction sites in traffic areas;
  • Tools and equipment for safe working.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2016

Work safety
Course image" AE-02 Subsoil: Soil Mechanics, Geotechnical and Hydrogeological Principles for the Open Cut Construction Method - v01
Course image
Learning unit summary:

The construction of sewers is often carried out using the open construction method. Depending on the design, this results in pipe-soil systems with different external loads on the sewer. To understand these relationships, the soil mechanical and hydrogeological principles for characterizing the subsoil are explained.

LEARNING OUTCOMES

  • To differentiate between soil types;
  • To identify the influences of grain shape and grain size distribution on the practical construction properties of the subsoil and
  • To name the different appearances of water in the subsoil;
  • To determine the water permeability of the soil for a constructional assessment of the soil.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH (2016)

Limiting Conditions
Course image" BE-02 Subsoil: Soil Mechanics, Geotechnical and Hydrogeological Principles for the Open Cut Construction Method - v01
Course image
Learning unit summary:

The construction of sewers is often carried out using the open construction method. Depending on the design, this results in pipe-soil systems with different external loads on the sewer. To understand these relationships, the soil mechanical and hydrogeological principles for characterizing the subsoil are explained.

LEARNING OUTCOMES

  • To differentiate between soil types;
  • To identify the influences of grain shape and grain size distribution on the practical construction properties of the subsoil and
  • To name the different appearances of water in the subsoil;
  • To determine the water permeability of the soil for a constructional assessment of the soil.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2016

Limiting Conditions
Course image" BE-15 Subsoil: Soil Mechanics, Geotechnical and Hydrogeological Principles for the Open Cut Construction Method
Course image
Learning unit summary:

The construction of sewers is often carried out using the open construction method. Depending on the design, this results in pipe-soil systems with different external loads on the sewer. To understand these relationships, the soil mechanical and hydrogeological principles for characterizing the subsoil are explained.

LEARNING OUTCOMES

  • To differentiate between soil types;
  • To identify the influences of grain shape and grain size distribution on the practical construction properties of the subsoil and
  • To name the different appearances of water in the subsoil;
  • To determine the water permeability of the soil for a constructional assessment of the soil.

Publisher: Prof. Dr.-Ing. Stein & Partner GmbH / 2016

Limiting Conditions
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