Civil BIM Combo

Getting comfortable with the Revit interface, project browser and the parametric, model-based BIM workflow.

Starting a project from the right template and setting up levels, grids and project units.

Modelling core architectural elements — walls, floors and roofs — with correct types and constraints.

Placing structural columns, beams and foundations linked to grids and levels.

Building and editing parametric family components for use across projects.

Creating toposurfaces and site elements to place a building in its surrounding context.

Setting up views and sheets, and annotating drawings with dimensions, tags and notes.

Generating schedules and quantity takeoffs directly from the BIM model.

Applying materials, lighting and cameras for presentation-ready renders and walkthroughs.

Working in a shared central model the way multi-user BIM teams collaborate on a live project.

Linking architectural and structural models and coordinating changes between them.

Using phasing and design options to manage construction sequencing and design alternatives.

An introduction to linking MEP models for basic multi-discipline coordination.

Running clash detection across linked models and resolving conflicts before construction.

Assembling a complete, coordinated construction documentation set from the model.

Combining everything from Phase 1 into a complete, coordinated architectural & structural BIM model.

Getting comfortable with the Tekla workspace, model tree and the object-based detailing workflow.

Setting up a project from the right template, defining grids, and configuring model attributes.

Modelling steel beams, columns and braces with correct profiles, materials and positioning.

Applying standard connection components, bolt groups and weld symbols between steel members.

Browsing and applying the component catalog, and adjusting connection parameters for project-specific needs.

Modelling reinforced concrete slabs, beams, columns and footings with correct geometry.

Placing reinforcement bars and meshes, then generating bar bending schedules to code standards.

An introduction to modelling precast concrete elements, formwork and cast-in items.

Generating GA drawings that show the overall structure layout for review and coordination.

Creating fabrication-ready shop drawings and assembly/erection drawings for site use.

Configuring drawing templates, title blocks and part/assembly numbering standards.

Generating material lists, bolt lists and custom reports directly from the model.

Running clash checks within the model and against linked reference models to catch conflicts early.

Working in a shared, multi-user model environment the way a detailing team collaborates on a project.

Importing and referencing Revit models in Tekla for coordinated multi-software BIM workflows.

Delivering a full structural detailing project — steel and RC modelling, connections, reinforcement and fabrication drawings.

Getting comfortable with the Civil 3D workspace, Prospector and Toolspace, and the dynamic civil-design workflow.

Importing and organizing survey points and point groups as the basis for site design.

Building existing-ground surfaces from survey data and analyzing contours, elevations and slopes.

Creating horizontal alignments and vertical profiles for roads and other linear infrastructure.

Building a road corridor model from assemblies, alignments and profiles.

Generating cross sections and calculating cut-and-fill earthwork volumes from the corridor.

Designing storm and sewer pipe networks with correct structures, slopes and connectivity.

Using grading tools to design site pads, slopes and drainage for a development site.

Creating parcels and laying out sites for subdivisions and development planning.

Producing plan-profile sheets and sheet sets ready for construction documentation.

Generating quantity takeoff reports for earthwork, pipe networks and materials.

Using data shortcuts to share surfaces, alignments and pipe networks across a design team.

Exchanging site, grading and utility data between Civil 3D, Revit and Tekla for coordinated BIM.

Checking utility and structure clashes between site infrastructure and building models.

Assembling a complete, coordinated construction documentation set for a civil site project.

Delivering one complete project across all three tools — Revit BIM model, Tekla structural detailing and Civil 3D site design, fully coordinated.