1-Year BIM Professional Course
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Description
1-Year BIM Professional Course
Master Building Information Modeling (BIM) through a comprehensive professional program covering architectural, structural, MEP, civil, coordination, automation, 4D/5D BIM, Scan-to-BIM, sustainability, and facility management workflows.
Students gain practical experience with AutoCAD, Revit, Navisworks Manage, Civil 3D, Dynamo, Primavera P6, Autodesk Construction Cloud, ReCap Pro, Twinmotion, Enscape, and other industry tools while working on building and infrastructure projects.
The program concludes with an extensive BIM Capstone Project, combining architectural, structural and MEP modeling with clash detection, quantity takeoff, scheduling, cost simulation, documentation, IFC/COBie delivery, and portfolio development.
What You’ll Learn
✓ Understand BIM workflows, lifecycle, dimensions, LOD, BEP, CDE and ISO 19650 standards.
✓ Create professional architectural BIM models using Revit Architecture.
✓ Develop structural models including foundations, columns, beams, slabs, reinforcement and steel systems.
✓ Design and coordinate HVAC, plumbing, electrical and fire protection systems in Revit MEP.
✓ Perform multidisciplinary coordination and clash detection using Navisworks Manage.
✓ Create road corridors, surfaces, alignments, grading and pipe networks with Civil 3D.
✓ Automate repetitive BIM workflows using Dynamo and Python integration.
✓ Manage cloud-based BIM collaboration through Autodesk Construction Cloud and BIM Collaborate Pro.
✓ Perform quantity takeoff, BOQ preparation, cost estimation and 4D/5D BIM simulations.
✓ Learn Scan-to-BIM, sustainability analysis, facility management and digital twin fundamentals.
- 1-Year Professional BIM Training
- Architecture + Structure + MEP
- Practical BIM Projects
- BIM Coordination & Clash Detection
- Dynamo Automation
- 4D & 5D BIM Workflows
- Scan-to-BIM Training
- ISO 19650 & BIM Standards
- Cloud Collaboration
- Professional Capstone Portfolio
- Civil Engineers
- Architects
- Mechanical Engineers
- Electrical Engineers
- MEP Professionals
- BIM Modelers
- CAD Professionals
- Construction Professionals
- Engineering Students & Graduates
- Basic computer knowledge
- Interest in BIM and construction
- Basic understanding of engineering or architecture is helpful
- Ability to understand technical drawings
- Commitment to practical projects and assignments
- 7 Sections
- 34 Lessons
- 52 Weeks
- Section 1 — BIM & Engineering Fundamentals6
- 1.1Module 1 — Introduction to BIM | 1 Week Understand BIM fundamentals, CAD-to-BIM evolution, 3D–7D BIM, BIM lifecycle, BIM uses, roles, BEP, LOD 100–500, ISO 19650, CDE and BIM maturity. (Copy)
- 1.2Assignment: BIM Workflow Diagram (Copy)
- 1.3Module 2 — Engineering Fundamentals | 2 Weeks Learn building components, construction materials, structural basics, architectural drawings, mechanical, electrical, plumbing, HVAC, fire protection, surveying and building codes. (Copy)
- 1.4Assignment: Construction Drawing Reading (Copy)
- 1.5Module 3 — AutoCAD | 3 Weeks Master drawing, editing, layers, blocks, dynamic blocks, annotation, dimensions, Xrefs, layouts, plotting and CAD standards for architectural, structural and MEP drawings. (Copy)
- 1.6Project: Residential Drawing (Copy)
- Section 2 — Revit BIM Modeling6
- 2.1Module 4 — Revit Architecture | 8 Weeks Create complete architectural BIM models using levels, grids, walls, floors, roofs, ceilings, doors, windows, curtain walls, stairs, railings and ramps. Learn families, parameters, schedules, sheets, elevations, sections, rendering, walkthroughs, design options, phasing, worksets, linked models and shared coordinates. (Copy)
- 2.2Project: Hospital MEP (Copy)
- 2.3Module 6 — Revit MEP | 7 Weeks Learn complete MEP modeling covering HVAC, ducts, air terminals, plumbing, drainage, electrical panels, circuits, cable trays, lighting, load calculations, sprinklers and fire alarms. (Copy)
- 2.4Project: Commercial Structure (Copy)
- 2.5Module 5 — Revit Structure | 5 Weeks Model foundations, columns, beams, slabs, braces, reinforcement, rebar, steel structures and structural connections. (Copy)
- 2.6Project: G+5 Residential Building (Copy)
- Section 3 — BIM Coordination & Civil4
- 3.1Module 7 — Navisworks Manage | 4 Weeks Learn file aggregation, multidisciplinary coordination, clash detection, clash reports, Timeliner, Animator, quantification, sectioning and viewpoints. (Copy)
- 3.2Project: BIM Clash Detection (Copy)
- 3.3Module 8 — Civil 3D | 5 Weeks Work with survey data, surfaces, alignments, corridors, grading, pipe networks, earthwork and road design. (Copy)
- 3.4Project: Road Corridor (Copy)
- Section 4 — BIM Automation & Collaboration6
- 4.1Module 9 — Dynamo | 3 Weeks Learn visual programming, nodes, lists, geometry, parameters, automation, Python integration, family automation, sheet automation and documentation automation. (Copy)
- 4.2Project: Automatic Sheet Generator (Copy)
- 4.3Module 10 — BIM Collaboration | 3 Weeks Work with Autodesk Construction Cloud, BIM Collaborate Pro and BIM 360 for cloud models, worksharing, version control, permissions, issue tracking and design collaboration. (Copy)
- 4.4Project: Team Collaboration (Copy)
- 4.5Module 11 — BIM Standards | 2 Weeks Understand ISO 19650, naming conventions, file structures, BEP, EIR, AIR, IFC, COBie, classification systems and BIM quality control. (Copy)
- 4.6Assignment: Prepare a BIM Execution Plan (BEP) (Copy)
- Section 5 — Quantity, Cost & Construction Planning4
- 5.1Module 12 — Quantity Takeoff | 3 Weeks Learn material quantities, schedules, BOQ, Excel integration, cost reports, rate analysis and cost estimation. (Copy)
- 5.2Project: Quantity Estimation (Copy)
- 5.3Module 13 — 4D & 5D BIM | 3 Weeks Integrate BIM with Primavera P6 and Microsoft Project for construction sequencing, time simulation, cost simulation, resource planning and progress monitoring. (Copy)
- 5.4Project: 4D BIM Simulation (Copy)
- Section 6 — Advanced BIM Applications7
- 6.1Module 14 — Infrastructure BIM | 2 Weeks Explore BIM applications for roads, bridges, railways, utilities and smart cities along with GIS integration. (Copy)
- 6.2Module 15 — Facility Management | 2 Weeks Learn asset management, preventive maintenance, space management, facility databases, lifecycle management and digital twin fundamentals. (Copy)
- 6.3Project: Facility Management Model (Copy)
- 6.4Module 16 — Scan-to-BIM | 2 Weeks Understand laser scanning, LiDAR, point clouds, reality capture, registration and Revit point-cloud workflows. (Copy)
- 6.5Project: Point Cloud to BIM (Copy)
- 6.6Module 17 — Sustainability | 2 Weeks Explore green buildings, LEED concepts, energy analysis, solar and daylight analysis, carbon footprint and life-cycle assessment. (Copy)
- 6.7Project: Energy-Efficient Building (Copy)
- Section 7 — BIM Capstone1
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The course helped me understand BIM as a complete project workflow rather than just learning individual software. The practical projects gave me experience with Revit modeling, MEP coordination, clash detection, quantity takeoff and 4D/5D BIM while helping me build a professional BIM portfolio.
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