The Architecture, Engineering, and Construction (AEC) sector has permanently moved past disconnected 2D CAD drafting. Today, high-value commercial developments, smart infrastructure projects, and international engineering consultancies require professionals who understand information modeling, clash resolution, parametric workflows, and cloud-hosted collaboration.

The 2026 CADDEX BIM Professional Course Syllabus is engineered to deliver practical, job-ready competence rather than mere software command memorization. Here is an in-depth breakdown of each module, tool, and deliverable taught in the program.

CADDEX BIM Syllabus Overview: Core Modules & Software

Detailed Module Breakdown: What You Learn

Module 1: BIM Principles, Dimensions & ISO 19650 Protocols

Before touching modeling software, candidates establish a firm foundation in project information architecture:

• BIM Dimensions: 3D (Parametric), 4D (Scheduling), 5D (Quantities & Cost), 6D (Sustainability Analysis), and 7D (Facility Asset Management).
• ISO 19650 Lifecycle: Common Data Environment (CDE) status gates (WIP, Shared, Published, Archived) and information exchange workflows.
• Level of Development (LOD): Precision modeling rules across LOD 100, 200, 300, 350, 400, and 500 (As-Built verification).
• BIM Execution Planning (BEP): Understanding the Employer’s Information Requirements (EIR) and configuring pre- and post-contract BEPs.

Module 2: Architectural Modeling in Autodesk Revit

Mastering parametric building design and automated production documentation:

• Establishing coordinates, levels, datum grids, and linking 2D DWG engineering underlays.
• Compound walls, curtain wall systems, custom mullions, floors, roofs, and vertical circulation (stairs/railings).
• Advanced Family Creation: Designing custom parametric families using nested types, shared parameters, and formulas.
• Automated sheet layouts, view templates, phase mapping, and detailed Bill of Quantities (BOQ).

Module 3: Structural Modeling & Reinforcement Detailing

Building the structural core of commercial and high-rise developments:

• Isolated footings, raft foundations, concrete columns, beams, slabs, and shear walls.
• Structural steel framing, trusses, purlins, bracing systems, and connection detailing.
• Rebar Detailing: 3D concrete reinforcement modeling, bar shapes, lap splices, and automated Bar Bending Schedules (BBS).
• Structural analytical model extraction for seamless FEM analysis interoperability.

Module 4: MEP Systems Engineering (HVAC, Electrical & Plumbing)

Modeling intelligent building services with true engineering parameters:

• Mechanical (HVAC): Air handling units (AHUs), ductwork routing, mechanical diffusers, and CFM calculations.
• Electrical: Primary and secondary cable tray routing, conduits, panel boards, lighting design, and circuit loads.
• Plumbing & Fire Fighting: Domestic water piping, sanitary drainage networks with accurate fall/slope, and wet-pipe fire sprinkler distribution.

Module 5: Multi-Model Federation & Clash Coordination (Navisworks)

Transition from a modeler to an indispensable BIM Coordinator:

• Aggregating native Revit, IFC, and DWG discipline files into unified `.NWD` and `.NWF` environments.
• Clash Detective Matrix: Configuring hard clashes, clearance boundaries, and duplicate element tests.
• Clash reporting: Assigning issue ownership, setting tolerances, tracking RFIs, and running resolution audits.
• 4D TimeLiner: Linking project schedules (Primavera P6 / MS Project) with 3D model geometry for construction sequence simulation.

Module 6: Computational Design & Automation with Dynamo

Eliminating repetitive manual modeling tasks using visual logic:

• Visual programming fundamentals: Nodes, wires, code blocks, lists, and math operations.
• Batch processing: Automated sheet creation, mass parameter updates, and automated element renumbering.
• Bidirectional data exchange between Revit models and Microsoft Excel spreadsheets.

Module 7: Infrastructure BIM via Autodesk Civil 3D

Connecting vertical building models with horizontal civil infrastructure:

• Digital Elevation Models (DEM), survey points import, and contour terrain modeling.
• Road alignment corridors, vertical profiles, assemblies, and sub-assemblies.
• Site grading and automated cut-and-fill earthwork volume calculations.

Module 8: Common Data Environment (CDE) & Live Capstone Project

Deploying models to real-world cloud collaboration platforms and assembling a portfolio:

• Autodesk Construction Cloud (ACC) / BIM 360: Cloud worksharing, permission settings, design collaboration, and issue tracking.
• Live Capstone Project: Modeling, coordinating, and clash-clearing an end-to-end multi-storey commercial facility.
• Portfolio packaging, resume enhancement, mock technical interviews, and placement assistance.

Career Roles You Can Step Into

Graduating from the 2026 CADDEX BIM Professional Course qualifies you for high-demand digital construction roles across India and international AEC consultancies:

• BIM Modeler (Architecture / Structure / MEP): Generating high-fidelity parametric models and construction sheets.
• BIM Coordinator: Leading multi-discipline coordination, clash audits, and constructability reviews.
• Clash Detection Specialist: Managing Navisworks federation and issue tracking across contractors and consultants.
• Dynamo / Computational BIM Technician: Developing automation scripts to streamline production workflows.

Frequently Asked Questions (FAQs)