BIM-Based Modeling of a Commercial Building: ARC 583 Term Final Project

Term Final project

Description

The attached drawings represent the plans for a building. It is required to model the building using Revit Architecture following BIM concepts.

Challenge

You are required to explore the design of the building skin using a curtain panel system of your own design, in response to contextual conditions. The building skin should reflect your understanding of design and building technology issues.

Deliverables

Compose a pdf binder of A2 sheets documenting the project’s drawings, and diagrams according to the following structure:

A. 2D Drawings

• Title page 
• Site plan: Include site arrangement and various elements of approach (sidewalk, parking, etc.) 
• Floors plans: Three (3) floor plans, including Basement, Ground floor, typical floor plan.
• Four (4) Elevations
• Two (2) sections
• Two (2) wall sections through the skin, in the form of callout
• Stair callout (plan, and section)

B. 3D Model\Drawings

You are requested to submit the Revit model of the project containing the model and all 2d drawings requested above. You are free to add various perspective views, including colored plans, perspectives, sectional perspective, etc.. To support your submission.

Brief Summary of the Assessment Requirements

This Term Final Project requires the student to model a complete building in Revit Architecture using Building Information Modelling (BIM) principles. The student must use the provided architectural drawings as a base and then develop a custom-designed curtain panel building skin that responds to contextual, environmental, and technological considerations.

The assessment focuses on:

• Accurate 3D modelling of the building in Revit.
• Designing an original curtain panel façade system based on contextual analysis.
• Demonstrating understanding of BIM concepts, parametric modelling, construction logic, and building technology.
• Compiling both 2D and 3D documentation into a structured A2 PDF binder.

Key Deliverables

A. 2D Drawings

• Title page
• Site plan (site arrangement, pathways, parking, approach elements)
• Three floor plans: Basement, Ground Floor, Typical Floor
• Four elevations
• Two building sections
• Two detailed wall-sections through the designed skin
• Stair callout (plan & section)

B. 3D Model/Drawings

• Complete Revit model including all 2D views
• Additional perspective views, colored plans, rendered perspectives, sectional perspectives, etc.

How the Academic Mentor Guided the Student 

Step 1: Understanding the Project Scope

The mentor began by breaking down the brief, ensuring the student understood that the project involved both technical accuracy (Revit modelling) and creative problem-solving (curtain panel design).
The mentor highlighted BIM’s role in coordination, accuracy, and documentation.

Step 2: Setting Up the Revit Model

The mentor guided the student to:

• Import reference CAD/PDF plans.
• Set up levels (Basement, Ground, Typical Floors, Roof).
• Establish grids, reference planes, and basic modelling conventions.
  This ensured the digital model aligned precisely with the provided drawings.

Step 3: Developing the Basic Building Massing

Before adding detail, the student was advised to construct:

• Main structural form
• Floor slabs
• Core areas and major walls
• Stair and elevator shafts
  This foundation made later detailing more efficient and error-free.

Step 4: Modelling Floors, Walls, and Circulation

The mentor assisted the student in:

• Creating accurate wall types
• Laying out rooms and circulation
• Modelling the staircases and checking compliance with the drawings
• Adding doors, windows, and internal divisions
  This step established functional clarity within the Revit model.

Step 5: Designing the Curtain Panel Building Skin

The academic mentor emphasized:

• Studying contextual conditions (sun path, wind direction, privacy, views).
• Conceptualizing a façade system that responds to these factors.
• Creating a custom curtain panel family or modifying an existing one.
• Testing panel behaviour parametrically (pattern, spacing, rotation, materials).
  This step demonstrated both creativity and technical capability.

Step 6: Creating 2D Documentation

Once the model was complete, the mentor guided the student to generate:

• Plans, sections, elevations
• Detail callouts (stair, wall sections, façade details)
• Annotated drawings with dimensions, tags, and notes
• A clearly organized sheet set formatted to A2 size
  The mentor stressed clarity, accuracy, and professional presentation standards.

Step 7: Enhancing the Submission with 3D Graphics

The mentor suggested adding:

• Colored floor plans
• Rendered exterior and interior perspectives
• Sectional perspectives highlighting the skin system
• Exploded axonometric diagrams
  These visuals helped strengthen the design narrative and technical depth.

Step 8: Preparing the Final PDF Binder

The mentor guided the student in:

• Structuring the binder according to the required sequence
• Ensuring consistent title blocks, scale bars, and north arrows
• Exporting high-resolution sheets
• Performing a final check for completeness and errors
  This converted the entire project into a polished, submission-ready document.

Final Outcome and Learning Objectives Achieved

By completing the project through this guided process, the student produced:

• A fully modelled Revit project aligned with BIM standards
• A custom-designed, context-responsive curtain panel façade system
• A complete set of A2 technical drawings and detailed documentation
• High-quality 3D views and supportive diagrams

Learning Objectives Covered

• BIM Competency: Understanding how BIM improves coordination, accuracy, and documentation.
• Parametric Modelling Skills: Creating adaptive curtain panels and responsive skin systems.
• Technical Drawing Proficiency: Producing plans, sections, elevations, and callouts using Revit.
• Contextual Design Thinking: Integrating environmental and contextual drivers into façade design.
• Professional Presentation Skills: Organizing a coherent, well-structured PDF binder.
• Digital Modelling Workflow: Following a logical modelling sequence from massing to detailing.

Enhance Your Learning with Expert Academic Support – Use Samples Responsibly

Need help understanding how to structure, format, and present high-quality academic work? Our sample solution is designed to guide you through the expectations of your coursework and give you a clearer idea of how to approach similar assignments independently.
Please remember that the sample is strictly for reference, study, and inspiration only. Submitting it, or any part of it, as your own work can lead to plagiarism penalties. Always use academic resources responsibly and uphold your institution’s integrity guidelines.

If you need additional support, you can request personalised academic guidance, such as help with outlining, research direction, conceptual clarity, or improving your draft. Our academic mentors provide plagiarism-free, tailor-made assistance that helps you learn, develop your own ideas, and produce original work confidently.

Why Request Fresh Academic Guidance?

• Support from qualified subject experts
• Guidance tailored to your topic, brief, and rubric
• 100% plagiarism-free mentoring and feedback
• Help with structure, clarity, and academic writing
• On-time support throughout your assignment process

Learn smarter, improve your skills, and submit work you can be proud of created entirely by you, with expert guidance where needed.

Call to Action:
Download Sample Solution                   Request Fresh Academic Guidance