Deswik CAD 2024 Pit Design
Deswik CAD Open Pit Design
What you'll learn
Project Setup and Data Import: Initializing projects, defining parameters, and importing geological/topographical data
Pit Design Techniques: Creating and refining pit layouts, including boundaries, benches, ramps, and applying geological constraints
Data Integration and Management: Integrating survey/geotechnical data and managing large datasets
Visualization and Reporting: Using visualization tools to review designs and generate detailed reports for stakeholders
Requirements
Basic skill of Deswik CAD
Basic Mine Engineering Background
Regular Computer
Basic Microsoft Excel
Description
Project Initialization:Launch Deswik CAD: Open the Deswik CAD software and create a new project.Define Project Parameters: Enter the project name, location, and any specific settings required for the open pit design, such as units of measurement and coordinate systems.Data Import:Import Geological Data: Bring in geological data, including drill hole data, topographical maps, and any other relevant datasets.Format and Align Data: Ensure that the imported data is correctly formatted and aligned with the project parameters.Initial Design Setup:Create Base Layers: Use the imported data to set up the initial design framework, including base layers for the pit layout.
Define Pit Boundaries: Outline the extents of the pit and any exclusion zones using Deswik CAD's design tools.Detailed Design:Design Benches and Ramps: Specify the dimensions, angles, and other parameters for benches and ramps to meet design criteria.Apply Geological Constraints: Incorporate geological features such as fault lines and ore bodies into the design.Data Integration:Integrate Additional Data: Add survey data, geotechnical information, and other relevant datasets to refine the design.
Manage Data: Use Deswik CAD's data management capabilities to handle large datasets and ensure seamless integration.Design Refinement:Adjust Parameters: Refine the pit design by adjusting parameters and optimizing the layout through iterative processes.Visualization Tools: Utilize Deswik CAD's visualization tools to review and modify the design as needed.Finalization:Finalize Design: Complete the design and prepare it for further analysis or implementation.Generate Reports: Create detailed reports and visualizations to communicate the design to stakeholders.Save and Backup: Save the final design and create backups to ensure data security
Who this course is for
Mine Planning Engineer
Pre-Graduate Mine Planning Engineer
Published 2/2025
Created by Bounkhong Vongbouakham
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 13 Lectures ( 2h 52m ) | Size: 1.37 GB
Download
*
Deswik CAD Open Pit Design
What you'll learn
Project Setup and Data Import: Initializing projects, defining parameters, and importing geological/topographical data
Pit Design Techniques: Creating and refining pit layouts, including boundaries, benches, ramps, and applying geological constraints
Data Integration and Management: Integrating survey/geotechnical data and managing large datasets
Visualization and Reporting: Using visualization tools to review designs and generate detailed reports for stakeholders
Requirements
Basic skill of Deswik CAD
Basic Mine Engineering Background
Regular Computer
Basic Microsoft Excel
Description
Project Initialization:Launch Deswik CAD: Open the Deswik CAD software and create a new project.Define Project Parameters: Enter the project name, location, and any specific settings required for the open pit design, such as units of measurement and coordinate systems.Data Import:Import Geological Data: Bring in geological data, including drill hole data, topographical maps, and any other relevant datasets.Format and Align Data: Ensure that the imported data is correctly formatted and aligned with the project parameters.Initial Design Setup:Create Base Layers: Use the imported data to set up the initial design framework, including base layers for the pit layout.
Define Pit Boundaries: Outline the extents of the pit and any exclusion zones using Deswik CAD's design tools.Detailed Design:Design Benches and Ramps: Specify the dimensions, angles, and other parameters for benches and ramps to meet design criteria.Apply Geological Constraints: Incorporate geological features such as fault lines and ore bodies into the design.Data Integration:Integrate Additional Data: Add survey data, geotechnical information, and other relevant datasets to refine the design.
Manage Data: Use Deswik CAD's data management capabilities to handle large datasets and ensure seamless integration.Design Refinement:Adjust Parameters: Refine the pit design by adjusting parameters and optimizing the layout through iterative processes.Visualization Tools: Utilize Deswik CAD's visualization tools to review and modify the design as needed.Finalization:Finalize Design: Complete the design and prepare it for further analysis or implementation.Generate Reports: Create detailed reports and visualizations to communicate the design to stakeholders.Save and Backup: Save the final design and create backups to ensure data security
Who this course is for
Mine Planning Engineer
Pre-Graduate Mine Planning Engineer
Published 2/2025
Created by Bounkhong Vongbouakham
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 13 Lectures ( 2h 52m ) | Size: 1.37 GB
Download
*