CIVIL 3D Course
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24 Hours Eğitim Saati
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4 Week Program Süresi
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Max. 15 People Sınıf Mevcudu
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Zero Level Başlangıç Seviyesi
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Sertifikalı Siteden Sorgulanabilir AEC Akademi Sertifikası
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Autodesk Sertifikası Autodesk Onaylı Sertifika
- Civil 3D operational system
- Interface introduction
- Using the Toolspace
- Navigation tools
- Unit system and settings
- Data organization
- Project startup layout
- Sample project setup
- Surface logic and concepts
- Using point data
- Creating topographic surfaces
- Breakline approach
- Contour generation
- Terrain editing and grading
- Surface analysis
- Topography control and verification
- Creating alignments
- Horizontal curve approach
- Alignment organization
- Road centerline logic
- Geometric editing
- Design criteria and standards
- Alignment verification
- Technical evaluation
- Creating profiles
- Longitudinal profile approach
- Cross-section generation
- Vertical curve logic
- Profile editing
- Technical drawing approach
- Cross-section verification
- Data organization
- Corridor logic and concepts
- Assembly system
- Creating road typical cross-sections (subassemblies)
- Lane layout
- Cut-and-fill approach
- Road modeling processes
- Corridor editing
- Technical control approach
- Pipe network system
- Sewerage/Sewer system approach
- Drainage systems
- Manhole placement and layout
- Pipe slope control
- Infrastructure organization
- Data editing
- Technical evaluation
- Plan production
- Cross-section sheets
- Dimensioning system
- Annotation tools
- Layout structure
- Exporting PDF outputs
- Technical drawing sheet approach
- File delivery organization
- Road design over a real-world project
- Surface and alignment creation
- Profile and cross-section production
- Establishing the corridor system
- Infrastructure organization
- Technical drawing sheet preparation
- Final project delivery submission
In infrastructure and superstructure projects, accuracy, speed, and interdisciplinary coordination are gaining more importance day by day. Autodesk Civil 3D brings design processes into a digital environment, enabling engineering teams to work more efficiently. It ensures rapid management of project changes and minimizes the probability of errors. Thanks to its ability to automate design processes, its data-based modeling philosophy, and its flexibility that instantly reflects every change to the project, it delivers major benefits in time management and financial efficiency. It stands out as a powerful solution that increases productivity in road, land, infrastructure, and site development projects. It grants a significant competitive advantage in the sector to professionals possessing this competency.
In this training, participants gain the ability to effectively use the Civil 3D interface. Starting from fundamental surface creation steps, they decipher the logic of alignment and profile drawings. In the later stages of the project, they acquire the practice of managing all road and infrastructure networks comprehensively from a single center through advanced corridor structures. Land modeling techniques, cut-and-fill analyses, cross-section generation, and the coordination of infrastructure components are handled practically. In this way, participants adopt not only how to use the software but also a professional approach to manage project workflows from end to end. AEC Academy aims to support participants' professional development and elevate their sector-specific competencies to a higher level through its offered training programs.
Autodesk Civil 3D is a professional engineering platform that supports the Building Information Modeling (BIM) approach, developed for the planning, design, and documentation of infrastructure and site development projects. It enables the management of land surfaces, corridors, road and railway alignments, parcel layouts, pipe networks, and other infrastructure components on a data-driven model.
Thanks to its intelligent object-based structure, project data works contextually with each other, and any design changes made are automatically reflected in the relevant drawings and calculations. With all these attributes, Autodesk Civil 3D is the most powerful demarcated partnership of CAD and BIM, ensuring that even the most complex infrastructure projects rise without errors, with high efficiency, and in total team harmony.
Intelligent and Dynamic Design System
By linking all design components in the project, it ensures that a modification you make at any single point automatically and simultaneously reflects on all drawings and models.
Advanced Land and Surface Modeling
It processes survey data to generate precise surface models, making it possible to conduct analyses such as slope and elevation.
Road and Alignment Design
It supports the integrated design of centerlines, profiles, and cross-sections in highway, railway, and similar transportation projects.
Infrastructure and Pipeline Solutions
It allows potable water, stormwater, and wastewater systems to be modeled in harmony with each other.
Automated Calculation of Cut-and-Fill and Earthworks
By calculating terrain modifications, it rapidly determines cut-and-fill quantities and simplifies project planning.
Automated Project Output and Documentation
Utilizing model data, it quickly generates technical documentation such as plans, longitudinal profiles, and cross-sections.
Currency and Reliability in Data Management
It offers a model-centric working approach that ensures project information remains current and consistent throughout its lifecycle.
No-Code Automation and Process Development
Through command scripts and visual programming tools, it allows users to develop automations suited to their own workflows.
Compatibility with Mapping and Varied Discipline Data
It works in total harmony with information produced by various technical branches and geographic databases; within this scope, it significantly strengthens the collective management and coordination process of projects.
Integrated Design on a Single Platform
It helps manage data consistently by combining design, analysis, and documentation processes within a single platform.
Transportation Infrastructure Projects: It is used in the planning and design of highways, divided roads, intersections, railways, and similar transportation networks.
Urban Development and Zoning Works: It plays a significant role in preparing infrastructure plans for new residential areas, parcel layouts, and urbanization projects.
Stormwater Management: It supports modeling drainage systems, designing water discharge lines, and performing runoff analyses caused by precipitation.
Water and Wastewater Infrastructures: From potable water lines to sewerage networks, it increases design quality and inter-team coordination across all pipeline projects.
Terrain Analysis and Surface Modeling: It enables the processing of topographic data, creation of digital terrain models, and execution of ground analyses.
Large-Scale Engineering Projects: It assumes a key role in the smart and systematic planning and management of extensive areas ranging from airports to large industrial zones, university campuses to comprehensive infrastructure investments.
Granting participants the ability to use the software comprehensively, Civil 3D training develops the competence to work with real field data and builds a strong foundation in developing infrastructure projects. In addition, it takes the production quality of technical drawing sheets and documentation to the highest level, while accelerating engineering analysis and calculation processes. It clearly demonstrates how a model-centered design approach can be transformed into a permanent standard in professional workflows. Within this framework, trainees prepare for professional project experience in a more equipped manner. Participants who successfully complete the training process acquire these core skills:
- You will learn to effectively use all features of Civil 3D, from its basic functions to advanced design tools.
- You can analyze survey and map data to transform them into applicable engineering models.
- You can model all diverse infrastructure systems—such as roads, intersections, peripheral drainage, and potable water pipe networks—in complete alignment with the standards and dynamics required by your project.
- You can ensure that plans, longitudinal profiles, cross-sections, and other project outputs are generated in compliance with relevant standards.
- You can establish a cut-and-fill balance, and report all quantity takeoffs and volume analyses required for your projects using precise and reliable engineering data.
- By adapting to BIM-oriented workflows, you can manage project data in a more organized and coordinated manner.
- Thanks to the practical knowledge and skills acquired, you can gain technical adequacy at a level to take part in real-world projects encountered in the sector.
Rather than a fixed pricing model, Civil 3D training prices are determined based on the scope of the training and the services provided. Structuring the program at an introductory, intermediate, or advanced level, the total duration of the training, and whether the process is conducted online or face-to-face stand out as core criteria influencing the cost. In addition, the experience, sector-specific background, and training methodology of the expert delivering the training play a major role in pricing. Additional services such as hands-on project assignments, certificate support, custom corporate content, or the provision of supplementary resources can shape the pricing by expanding the scope of the training package. Therefore, prices in Civil 3D trainings may show differences according to the needs of the participants and the targeted competency level.
Civil 3D course is suitable for civil engineers, infrastructure designers, geomatics/surveying engineers, technical personnel, and anyone looking to work on alignment, profile, and cross-section studies.
Civil 3D is used in road, infrastructure, terrain modeling, cut-and-fill, canal, pipeline, and site grading/development projects.
Yes. The course starts with the basic interface and data logic, then progresses toward practical project applications.
Yes. Point data, elevation information, and surface generation workflows are explained through practical applications.
Yes. The steps for creating alignments, profiles, corridors, and cross-sections are covered in the course.
Yes. Volume calculation between surfaces and extracting cut-and-fill quantities are demonstrated.
Yes. You can gain the knowledge to conduct fundamental infrastructure and road modeling studies.
Yes. Quantity and material takeoffs can be performed using cut-and-fill volumes, cross-sections, and specific project elements.
Yes. The processes of plan, profile, cross-section layout, and final output preparation are shown through practical applications.
Yes. It provides a major software competency for technical personnel wishing to work on infrastructure and highway projects.
