PalniES provides comprehensive BIM modeling and authoring services that transform project designs into fully coordinated, data-rich models. Covering architectural, structural, and MEP disciplines, our LOD 100–500 models incorporate intelligent parametric families and embedded project data, enabling better collaboration, informed decision-making, and streamlined project execution.
Ensure compliance with project standards and regulatory requirements
PalniES provides end-to-end BIM modeling and authoring services that ensure your designs are accurate, coordinated, and actionable at every stage of the project. From conceptual massing and schematic design to detailed construction documentation and facility management turnover, our team creates intelligent, production-ready Revit models that integrate geometry, parametric families, and embedded metadata. Our BIM models are built to:
Support collaboration across architectural, structural, and MEP disciplines
Maintain full compliance with client BIM Execution Plans and industry standards
Enable clash detection, constructability reviews, and design validation
Streamline transitions from design to construction and facility operations
Provide rich data for informed decision-making and long-term asset management
By leveraging precise, data-driven models, teams reduce rework, enhance coordination, and deliver projects on time and on budget.
Parametric families with embedded specifications and metadata
LOD 100-500 modeling tailored to project phase requirements
Aligned with client BEPs, NCS, NBIMS, and ISO 19650
Complete architectural BIM models including walls, floors, roofs, doors, windows, stairs, and custom parametric families for unique design elements.
Structural framing, foundations, columns, beams, connections, and rebar detailing for concrete and steel structures with analytical properties.
Mechanical, electrical, and plumbing system modeling with equipment, ductwork, piping, cable trays, and intelligent connectors for system coordination.
Development of parametric Revit families for specialty equipment, architectural elements, and manufacturer-specific components with embedded data.
Model element tagging, specification embedding, COBie data population, and custom parameter setup for facility management integration.
Model performance tuning, workset strategy, view template setup, and file size optimization for large-scale multi-discipline coordination.
BIM Execution Plan review, standards setup, template configuration
Geometry creation, family placement, system routing
Parameter population, tagging, specification embedding
Model audits, interference checks, standards compliance
Model packaging, drawing extraction, documentation
BIM Execution Plan review, standards setup, template configuration
Geometry creation, family placement, system routing
Parameter population, tagging, specification embedding
Model audits, interference checks, standards compliance
Model packaging, drawing extraction, documentation
Industry-standard platforms for precision and interoperability
Creating coordinated architectural, structural, and MEP models from schematic design through construction documents with automated drawing generation.
Multi-discipline BIM modeling for design-build teams requiring fast-track schedules, early clash detection, and seamless coordination workflows.
BIM modeling integrated with scan-to-BIM data for renovation, expansion, and retrofit projects requiring accurate existing condition documentation.
BEAD, RDOF, and grant-funded broadband projects requiring audit-ready documentation, accurate cost estimates, and regulatory compliance.
PalniES helps AEC teams turn designs into intelligent, production-ready BIM models that drive efficiency across the entire project lifecycle. Our models incorporate parametric families, embedded project data, and full coordination across architectural, structural, and MEP disciplines. By providing accurate geometry, clash detection, and constructible workflows, our BIM solutions reduce errors, improve collaboration, and streamline design, construction, and facility management processes.