ideCAD v11: Integrated Architectural & Structural BIM Software

ideCAD v11 is a comprehensive Building Information Modeling (BIM) solution that uniquely integrates architectural and structural design processes into a single, unified platform . This integrated approach allows architects and structural engineers to work seamlessly on the same building model in real-time, enabling true collaborative design and coordination.

The latest version (v11) introduces significant support for international design codes, including full implementation of ASCE 7-16 (Seismic Design Criteria) and ACI 318-19 (Building Code Requirements for Structural Concrete) . These additions make ideCAD a powerful solution for international projects, particularly those following US standards.

👥 Primary Users

This professional BIM software is designed for:

  • Architects & Building Designers creating intelligent 3D building models with integrated architectural and structural design.

  • Structural Engineers & Civil Engineering Consultants performing advanced seismic analysis and reinforced concrete design.

  • Construction & Project Managers generating detailed construction documentation, quantity takeoffs, and structural reports.

  • Building Information Modeling (BIM) Coordinators managing integrated project workflows between architectural and structural disciplines.

  • Academic Researchers & Students studying building design, structural analysis, and seismic engineering principles.

⚡ Key Features & Capabilities

 

🏗️ Integrated BIM Workflow

  • Unified Platform: Combines architectural and structural design in a single, cohesive model .

  • Real-Time Collaboration: Architects and structural engineers work on the same model simultaneously.

  • 3D BIM Modeling: Creates a digital twin containing data for every component of the building’s lifecycle .

🌍 International Seismic Design (ASCE 7-16)

Full support for seismic analysis and design procedures based on ASCE 7-16 :

Feature Description
Seismic Analysis Horizontal and vertical elastic response spectrum analysis 
System Selection Seismic force-resisting system selection per ASCE 7-16 Table 12.2-1 
Site Classification Site class and site coefficient selection 
P-Delta Effects Second-order effect and stability coefficient calculation 
Story Drift Story drift determination and verification 
Irregularity Checks Soft story, weak story, and torsional irregularity calculations 

🏛️ Reinforced Concrete Design (ACI 318-19)

Full support for reinforced concrete element design based on ACI 318-19 :

Feature Description
Column Design Flexural, shear, and combined flexural-axial design 
Beam Design Flexural and shear design, minimum/maximum reinforcement limits 
Shearwall Design Flexural and shear design, boundary element control 
Slab & Foundation Design Slab design, foundation design, and punching shear design 
Beam-Column Joints Joint design per ACI 318-19 requirements 

🛠️ Structural Analysis

  • 3D FEM Analysis: Advanced finite element method for accurate structural analysis

  • Dynamic Analysis: Modal response spectrum analysis with 90% mass participation ratio 

  • Load Combinations: ASCE/AISC and ASCE/ACI load combinations for steel and concrete design 

  • Overstrength Factor: ASD/LRFD overstrength factor based on ASCE – AISC – ACI 

📐 Architectural Design

  • Parametric Modeling: Intelligent building components with real-time updates

  • 3D Visualization: Integrated 3D modeling and rendering

  • Construction Documentation: Automated generation of plans, sections, elevations, and details

  • Quantity Takeoff: Accurate material quantities and cost estimation

🆕 What’s New in Version 11 (v11.001)

International Code Implementation:

  • Full support for ASCE 7-16 seismic design procedures, including:

    • Modal response spectrum analysis 

    • Vertical and horizontal elastic response spectra 

    • P-Delta effects, story drift, and second-order effect calculations 

    • Irregularity checks (soft story, weak story, torsional irregularities) 

    • Seismic force-resisting system selection per ASCE 7-16 Table 12.2-1 

  • ACI 318-19 reinforced concrete design, including:

    • Column, beam, shearwall, slab, and foundation design 

    • Beam-column joint design 

    • Punching shear design 

    • Strength reduction factors for structural concrete members 

  • ASCE/AISC & ASCE/ACI load combinations for steel and concrete design 

User Interface & Productivity:

  • Code, unit, and country selection window for international design codes 

  • ASTM-type structural steel material selection 

  • Display of units in reports and tables 

  • New object naming types including ASCE-ACI selection 

  • Seismic code parameters wizard (ASCE 7-16)