Solutions | ami-au.io

Personalized Automation for Seamless 3D Modelling

Our Custom Solutions

ami.Rail

ami.Signalling

AMI’s signalling workflow ensures seamless collaboration with a single source of truth. Effortlessly create and edit designs with prompt-based modelling, while AMI’s tools automatically generate Digital Twin models, metadata, and plan views.

Feature	Outcome
Single Source of Truth	Eliminate the need for multiple applications and unify your signalling project in one model space.
Seamless Collaboration	Work together in a shared environment where the 3D BIM model, metadata, and plan views are automatically generated from the signaling scale plan.
User-Friendly, Prompt-Based Modelling	Follow intuitive prompts, edit inputs, and see your design deliverables come to life effortlessly.
Efficient Labeling Tools	Automatically apply chainage and identity labels with precision, eliminating guesswork and ensuring consistency.
AMI Signal Sighting Tool	Accurately position and verify signal sighting within your 3D BIM model, ensuring compliance and optimal visibility.
Streamlined Model Review & Collaboration	Export your Digital Twin model to Navisworks, IFC, and Revizto, update metadata through Revit Schedules, and share schedules via Excel.
Accelerated Design Deliverables	AMI’s intuitive workflows help speed up project delivery while maintaining accuracy and efficiency.

ami.OLE Remodelling

This process involves extracting critical data from existing documentation, populating 3D models in Revit, and validating the model against real-world survey data. Automation is then applied to enhance workflow efficiency, ensuring accuracy and seamless model creation from start to finish.

Feature	Outcome
Data Extraction	Gather critical data from existing documentation (e.g., footing schedules, dropper schedules, cross-sectional drawings). Consolidate data into a comprehensive sheet for use in Revit.
Automation & Efficiency	Convert extracted data into automated workflows within Revit. Streamline BIM modelling processes to enhance accuracy and efficiency.
Model Population	Use spreadsheet data to generate 3D model geometry in Revit. Build the model progressively: Alignments → Structures → Brackets → Cantilevers → Wires → Asset Data
Model Validation & Adjustment	Overlay the As-Constructed point cloud survey with the Digital Twin model. Compare each OLE structure visually to identify discrepancies. Make necessary adjustments to ensure accuracy.

ami.EERooms

Ensure standardised electrical equipment room design is produced by all designers. Remove countless hours of redesign and QA. Expedite presales activities such as pricing and takeoffs for tenders.

Feature	Outcome
Parametric Modelling	Parametric design tools allowing users to create and manipulate building elements based on predefined parameters, facilitating rapid design iteration and optimisation.
User-Friendly Interface	Intuitive user interface for building design, placing and edit equipment, allowing users to quickly experiment with different configurations.
Automatic Drawing Generation	Automatic Drawing Generation: Automatic generation of detailed sheets based on the structural model, minimizing manual effort and reducing the likelihood of errors.
Detail Libraries	Libraries of standard structural details and components that can be easily inserted into the detailed sheets, saving time and maintaining consistency across projects.
Cost Estimation	A feature to estimate the cost of equipment and materials needed for the switch room design, helping users plan budgets more accurately.
Reporting	Generation of detailed reports including equipment lists, bill of materials, building weight for lifting purpose.

ami.Bridge

Discover the power of tailor-made bridge solutions crafted precisely for your needs. When off-the-shelf software falls short, turn to AMI for bespoke automation tools and workflows. Whether you require specialised features or intricate workflows, our custom-built solutions bridge the gap between your requirements and software capabilities.

Feature	Outcome
LOD 350+ BIM	Create accurate models (Digital Twin) for construction that facilitates interdisciplinary interfacing, clash detection and achieves BIM requirements.
Template-based design	General arrangements for connections/fixings are applied to deliverables and reduce design time.
Library-based design set to the user's settings	Design standards and design preferences are adhered to, reducing fabrication costs.
Alignment-based placement	Ensure accuracy in spacing and positioning, allowing code to place superstructures accurately.
Automated sheet presentation	Modellers can spend less time detailing/dimensioning and more time modelling.
Asset tagging	Comply to digital engineering and asset management requirements of the ultimate client.
Generate reporting: BoQ report, pricing report, metadata report	Remove errors and hours of data entry. Customise pricing database to match market prices of the preferred suppliers.

ami.MaterialsHandling

Introducing ami.MaterialsHandling, the ultimate solution for rapid conveyor profile generation and optioneering. Say goodbye to complex and time-consuming design processes now, with just a few clicks, you can explore a multitude of design scenarios and generate accurate mechanical and structural reports.

Feature	Outcome
Efficiency	Streamline conveyor modelling processes, saving time and resources for engineers and designers.
Accuracy	Accurate models and precise quantification achieved through automated tasks, ensuring accurate representation and analysis.
Customisation	Ability to accommodate various types of conveyors and configurations, offering flexibility to users in designing their systems.
Interoperability	Export/Import models and drawings to/from Autodesk or Bentley software, to enhance interoperability and workflow continuity.
Visualisation	Provide visual representations of conveyor systems, aiding in communication and decision-making processes for stakeholders.
Cost-effectiveness	These tools can lead to cost savings by minimising errors, reducing design iterations, and optimising resource allocation.
Ease of Use	User-friendly interfaces and intuitive features that make the tools accessible to a wide range of users, including engineers, designers, and project managers.
Collaboration	Stakeholders have ability to collaborate in one model space at the same time.
Scalability	Whether designing a small-scale conveyor system or a complex network of conveyors for a large facilities, these tools offer scalability to handle projects of varying sizes and complexities.
Generate Reporting	BoQ report, pricing report and metadata report. Remove errors and hours of data entry. Customise pricing database to match market prices of the preferred suppliers