STA4CAD Course

Bringing together the processes of modeling, analyzing, and designing reinforced concrete structures on a single platform, STA4CAD is a comprehensive structural engineering application. The main features of the software can be listed as follows:

Structural Analysis and Reinforced Concrete Design

The program performs static and dynamic analyses of reinforced concrete structures and plays an active role in designing structural systems safely and in compliance with regulations. Engineering calculations for structural components such as raft foundations, shear walls, beams, columns, slabs, and stairs can be carried out in detail.

Earthquake and Seismic Performance Analyses

STA4CAD can evaluate the seismic performance of structures by considering earthquake effects. By enabling the examination of the mechanical responses of structures under seismic effects, it contributes to the development of design strategies aimed at reducing risks.

Three-Dimensional (3D) Modeling

Structures can be modeled and controlled through plan views and three-dimensional representations. This feature facilitates the early detection of design errors while allowing engineers to examine the project from different perspectives.

Integrated Project Management

Modeling, analysis, reinforced concrete design, drawing, and reporting operations can all be carried out within a single working environment. Thus, the need to switch between different software applications is minimized, and project management gains a more organized structure.

Load Analyses and Combinations

The program can generate detailed load combinations by considering dead loads, live loads, wind loads, earthquake loads, and other design loads. This enables the evaluation of structural performance under different scenarios.

Compliance with Regulations

STA4CAD provides tools that support analysis and design in accordance with current building and earthquake regulations. This feature contributes to the preparation of engineering calculations in compliance with legislation.

Drawing and Automatic Reporting

Based on the results of analyses, reinforced concrete reinforcement details and construction drawings can be produced, and official technical reports can be generated. Technical reporting outputs not only reduce the documentation burden of projects but also contribute to accelerating engineering workflows and increasing time efficiency.

Integration with CAD Software

Its compatibility with AutoCAD and similar CAD-based workflows supports the transfer of project data and enables more efficient execution of drafting processes.

Structural Component and Foundation System Analysis

All primary structural components, including raft foundations, columns, shear walls, beams, and slabs, can be simulated in detail; structural analyses can be performed, and the required reinforcement quantities can be calculated.

User-Friendly Interface

Thanks to its simple and functional interface, it provides an accessible working environment for both experienced engineers and users who are in the process of learning the software.

The technical features offered by STA4CAD provide significant operational and professional advantages in engineering projects.

• Saves Time: It accelerates project processes by performing modeling, analysis, drawing, and reporting operations on the same platform.
• Reduces the Risk of Errors: Thanks to three-dimensional modeling and comprehensive control tools, it helps identify potential design errors at an early stage.
• Supports Earthquake-Resistant Designs: It contributes to the creation of safe structural systems through seismic analysis and earthquake load calculations.
• Provides High Efficiency in Reinforced Concrete Projects: It enables the holistic analysis of columns, beams, shear walls, slabs, and foundation systems.
• Automates Repetitive Processes: Automatic generation of drawings and technical reports reduces manual workload and facilitates project delivery processes.
• Offers the Opportunity to Work in Compliance with Regulations: By supporting calculations according to current design principles, it ensures reliability in official project processes.
•  Accelerates Site and Project Integration: It enables the direct transfer of engineering analysis outputs to construction projects while facilitating technical specifications and documentation processes.
• Enhances Interdisciplinary Coordination: With CAD integration and optimized digital workflows, it makes data transfer between architecture and engineering departments more practical.
• Improves Professional Competence: Effective use of the software strengthens users' practical skills in reinforced concrete systems, earthquake engineering, and structural system design.
• Contributes to More Economical and Safer Designs: Correct interpretation of analysis results lays the groundwork for more efficient use of materials and improved structural safety.

This training is designed for professionals who want to specialize or improve their professional skills in structural engineering, static analysis, and reinforced concrete design. Civil engineers working in the industry, architects aiming to specialize in the technical aspects of structural processes, and technical draftsmen and technicians seeking to enhance their digital drafting and modeling skills can benefit from this training.  Students of civil engineering and architecture departments can also benefit from this training, improve their professional competencies, and make a more qualified start to their careers.

• By mastering the interface and tools of STA4CAD software, you can create and manage projects from start to finish according to professional standards.
•  You can model reinforced concrete structural elements accurately in both two-dimensional plan layouts and three-dimensional (3D) digital environments.
• By correctly defining dead loads, live loads, and earthquake loads acting on structures, you can perform linear or nonlinear static analyses.
• You can analyze the static and structural behavior of load-bearing elements such as beams, columns, shear walls, slabs, and foundations.
• You can understand the basic principles of reinforced concrete reinforcement calculations and technically evaluate and correctly interpret analysis results and graphical data.
• By understanding the logic of structural calculations in accordance with current earthquake and building regulations (TBDY 2018, TS 500), you can develop safe design approaches.
• You can manage the analysis, design, and control stages of structural engineering processes as a whole.
•  You can easily carry out the preparation of presentation-ready structural project sheets, detailed reinforced concrete layout and reinforcement drawings, and official engineering reports in professional formats.
• You can gain the competence to transform theoretical analysis results into complete and applicable construction projects for field implementation.
• By working on real architectural and structural project scenarios, you can gain practical experience that you will directly encounter in professional life.

STA4CAD training prices vary depending on the duration, level, scope of content, and training format. Naturally, there are price differences between basic short-term training programs and advanced, practice-oriented, and project-based training programs. The expertise level and industry experience of instructors are also important factors in pricing.

Training provided by experienced instructors in the field may fall within a different evaluation range because it generally offers more comprehensive content. In addition, practical studies, project examples, software usage support, and training materials included in the training content play a determining role in pricing. The nature of the certificate (institutional or internationally recognized) and additional services offered after the training may also be included in the overall cost structure.