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CYPE AEC COLLECTION M124 is an end-to-end BIM software suite designed for professionals who need to coordinate architectural modelling, rigorous structural design, complete MEP sizing, and reliable project management within a single, connected workflow. Built around an Open BIM methodology, it enables multidisciplinary teams to develop, exchange and validate project information with high consistency, reducing design clashes, rework, and documentation gaps across the project lifecycle. Whether you are delivering a residential building, a complex commercial development, or infrastructure elements, the collection provides the depth needed for analysis, code-driven design and production-ready deliverables.
The collection supports the design and checking of structural elements such as columns, beams, slabs, floor systems, walls, footings and pile caps, including solutions in reinforced concrete, steel, timber and composite systems. On the building services side, it supports the design and calculation of key MEP disciplines including water supply, plumbing/sanitary, HVAC, electrical and telecommunications systems, combined with performance-oriented simulations such as thermal, acoustic, lighting and fire analyses. For cost and control, it includes tools for bills of quantities, job tracking and project monitoring—helping teams connect design decisions to measurable quantities and execution planning.
A major advantage of CYPE AEC COLLECTION M124 is its strong orientation toward professional practice: broad interoperability, structured documentation output, and compatibility with a wide range of international standards and regulations. This results in faster model-based coordination, fewer site conflicts, improved design quality and clearer collaboration across architects, engineers, contractors and consultants.
| Integration with Open BIM workflows (BIMserver.center) CYPE AEC COLLECTION M124 is engineered for multidisciplinary coordination through an Open BIM approach, allowing each discipline to work with specialised tools while maintaining a coherent, shared project model. By using the BIMserver.center ecosystem, project teams can publish, synchronise and review information from architecture, structures, MEP and analysis applications—helping ensure that decisions made by one discipline do not compromise another. This workflow is particularly valuable in real projects where multiple contributors deliver partial models at different times: instead of waiting for a “final” model, stakeholders can continuously exchange updates, detect inconsistencies early and improve overall project reliability. The result is a streamlined coordination process: fewer geometry conflicts, clearer responsibilities between disciplines, and more confidence that drawings, quantities and calculations reflect the current design state. This integration is ideal for engineering firms and architectural studios seeking to standardise a model-based process across diverse project types, including building and infrastructure, and across distributed teams. With IFC-based interoperability at its core, the suite supports a modern, collaborative pipeline that improves traceability and reduces costly rework.
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| Structural design & analysis across key materials and elements Structural engineering workflows demand both breadth and precision, and CYPE AEC COLLECTION M124 is built to support the complete path from conceptual modelling to code-driven verification and detailing. The suite covers the analysis and design of a wide range of structural components—columns, beams, slabs, floor systems, walls, footings, pile caps and related foundation elements—enabling you to address real-world building typologies with confidence. Importantly, it supports multiple structural materials, including reinforced concrete, steel, timber and composite systems, so teams can select the best solution for performance, construction feasibility and cost. Beyond standard member checks, the collection incorporates advanced capabilities that matter in professional delivery: stability evaluation, buckling analyses, and connection workflows for metal and timber structures. It is suitable for both building structures and more demanding applications where structural coordination with other disciplines is critical. By maintaining a connected BIM-ready environment, designers can align structural decisions with architectural intent and MEP constraints, reducing late-stage conflicts. The emphasis on compatibility with diverse standards and regulations helps teams deliver to local and international compliance requirements while maintaining consistent modelling and documentation practices.
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| MEP sizing and building services design for coordinated delivery CYPE AEC COLLECTION M124 provides an extensive toolbox for MEP engineers who need reliable sizing, discipline-specific modelling and coordinated output. The suite covers core building services including water supply, plumbing and sanitary systems, HVAC distribution and equipment definition, electrical design, and telecommunications installations—supporting the practical requirements of both design offices and construction documentation teams. In a coordinated BIM process, the value of MEP design is not only accurate calculations but also the ability to validate spatial fit, routing feasibility and inter-discipline compatibility early. The collection enables you to build MEP information in alignment with the project model, ensuring that design choices translate into clear, buildable systems. The workflow supports progressive development: from initial system layouts and sizing to more detailed modelling where required. This is especially useful when project phases shift from concept to detailed design, and the team needs to refine routing, verify service spaces, and update documentation without losing traceability. By maintaining interoperability within an Open BIM environment, the MEP discipline can consume architectural and structural references, reduce clashes, and publish updated systems back to the shared project. The result is improved coordination, fewer on-site conflicts, and documentation that reflects the real engineering intent with higher accuracy.
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| Performance simulations: energy, acoustics, lighting and fire Modern AEC delivery increasingly depends on performance validation, and CYPE AEC COLLECTION M124 addresses this with a strong set of simulation capabilities. The collection includes workflows for thermal and energy analysis, acoustic checks, lighting verification and fire-related evaluation, enabling teams to assess compliance, comfort and risk earlier in the design cycle. This is particularly important when project requirements demand evidence-based decisions—such as verifying indoor environmental quality, checking compliance with relevant standards, or optimising envelope and systems performance to meet sustainability targets. Because these simulations can be tied to the model-based workflow, project teams can test alternatives efficiently and keep a clear link between geometry, systems and analytical assumptions. For example, energy modelling can support improvement measures and comparative analysis, while acoustic checks based on recognised standards can enhance building comfort and regulatory compliance. Lighting checks can help validate interior illumination criteria, and fire-oriented tools extend capability into risk analysis and design verification. By integrating these evaluation steps into a coordinated suite, the collection helps reduce late redesigns and improves the credibility of final submissions, reports and project documentation.
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| Quantities, cost control and project monitoring for better decision-making Delivering a successful project is not only about correct design—it also requires visibility into quantities, costs and execution control. CYPE AEC COLLECTION M124 includes tools for developing bills of quantities, producing measurable outputs from the project information, and supporting job monitoring activities that help teams track performance over time. This capability is particularly valuable when design decisions need to be evaluated against budget constraints, procurement planning, or construction sequencing. By linking the model and documentation environment to quantity workflows, teams can reduce manual take-offs, improve traceability of measurements and better manage changes. The suite’s approach supports professional cost and project management needs: consolidating quantities, managing databases, and facilitating structured outputs that can be integrated into broader project controls. For organisations working across multiple projects, the ability to standardise cost-related processes and maintain consistency in how quantities are defined and reported becomes a major operational advantage. This helps reduce errors, accelerate reporting and support clearer communication with stakeholders—especially when decisions must be justified through measurable impacts. In combination with Open BIM coordination, the result is a workflow that balances design quality with financial and execution awareness.
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| Steel connections and detailing-ready workflows Connection design and detailing can become a bottleneck in steel projects, especially when teams must translate analysis intent into buildable, well-documented solutions. CYPE AEC COLLECTION M124 includes dedicated capabilities for the modelling, design, analysis and graphical documentation of connections between steel members. This helps teams move from global structural behaviour to connection-level decisions while maintaining a coherent workflow. The ability to manage connection logic and documentation within the same ecosystem improves accuracy and reduces misinterpretation between design and fabrication stages. For projects where precision and documentation quality are essential, these workflows support more dependable coordination with fabrication and construction teams. By producing consistent connection information—aligned with the overall model and structural definition—engineers can reduce the risks associated with disconnected workflows and manual detailing. This contributes to smoother handover, fewer RFIs, and better alignment between engineering calculations and shop-level execution. When combined with Open BIM coordination, connection detailing becomes more transparent to other disciplines, improving spatial coordination and ensuring that final assemblies reflect the project’s structural intent.
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