TRAINING.

Overview

Schedule:

4 Sessions - 16 hours (Live Online Delivery)

A certificate is granted upon successful completion of this course, based on attendance, participation, and a final in-class assignment. There is no exam for this course. Hours contribute to Continuing Learning Hours with the Engineering Institute of Canada.

Session 1 (4 hours): Introduction and Basic Navigation

After participating in this course, you will be able to:

• Recall the core functions of the Revit interface and the fundamental principles of Building Information Modeling (BIM)
• Demonstrate comprehension of project navigation, including the ability to distinguish between different view types, such as floor plans, sections, and 3D views
• Apply basic Revit tools to create and manage architectural elements such as walls, floors, ceilings, and roofs, including custom assemblies and openings
• Analyze project requirements to efficiently utilize visibility graphics, manage levels of development, and integrate structural and finish components in their designs
• Be capable of critiquing and optimizing building models for accuracy and efficiency, making informed decisions on the application of Revit tools for documentation, including schedules, legends, and sheets
• Synthesize the skills acquired to design complex architectural elements and systems, create detailed building models, and collaborate effectively, demonstrating mastery in Revit for BIM projects

Description
Welcome to our comprehensive course on Building Information Modeling (BIM) and Revit for residential design and construction, where we delve into the digital revolution transforming the architecture, engineering, and construction industries. As you embark on this educational journey, you will learn how BIM is not just a tool but a process that enables the creation and management of information across a building's lifecycle, revolutionizing the way we design detached homes, townhouses, and small apartment buildings.

The adoption of BIM has become a global trend that is rapidly becoming a standard in residential construction due to its ability to provide a collaborative environment. This course will demonstrate how BIM facilitates better coordination, reducing the risk of mistakes and discrepancies, and enables a more sustainable design process by simulating real-world performance.

We will also focus extensively on Revit, Autodesk's premier BIM software. Revit's powerful tools and features are specifically designed to support BIM processes. Learning Revit is essential for professionals in the residential construction sector, as it helps in creating detailed, coordinated, and consistent design information that stakeholders can use to make informed decisions throughout the design and construction phases.

By the end of this course, you will have mastered the skills to create detailed digital models that serve as a reliable basis for making design and construction decisions. The knowledge you gain here will not only make you proficient in BIM and Revit but will also prepare you to meet the evolving demands of the industry, ensuring that you remain competitive in a landscape that increasingly values efficiency, sustainability, and collaboration. Join us to build the foundation of your future in the residential construction industry.

Course Outline

• Introduction to Building Information Modeling (BIM) fundamentals and Revit interface, including navigation and project view management
• Comprehensive exploration of Revit's 2D and 3D views, floor plans, elevations, sections, and drafting techniques
• Creation and manipulation of walls, from basic placement to advanced assemblies and integration of openings, doors, and windows
• Techniques for designing detailed floor and ceiling plans, incorporating various assemblies, finishes, and structural considerations
• Instruction on the use of Revit for producing accurate documentation, including basic schedules, legends, sheets, and tags
• Detailed modeling of roofs using multiple methods and customizations, alongside creating and managing room data and schedules
• Strategies for building circulation with modeling of stairs, ramps, and railings, emphasizing practical application in Revit

Who Should Attend

• Architects and Residential Designers: Professionals who are responsible for the conceptualization and creation of residential buildings will find this course invaluable in learning how to use BIM and Revit to create more accurate designs with better energy performance and constructability
• Construction Managers and General Contractors: Those who oversee the construction process will benefit from understanding how to utilize BIM to manage and coordinate different stages of construction, leading to increased efficiency and reduced waste
• CAD Technicians: Drafters and technicians transitioning from traditional CAD workflows to BIM will learn how to leverage Revit for creating detailed construction documents and high-quality designs
• Real Estate Developers: Developers interested in improving their project efficiency will find the course helpful in understanding how BIM can be used for project delivery, feasibility studies and marketing

This course assumes no prior knowledge of BIM and Revit, making it accessible to beginners while also providing depth for intermediate users looking to enhance their skills. Whether you're looking to adopt BIM in your practice, streamline your design-to-construction process, or simply stay abreast of industry standards, this course is your gateway to the future of residential construction

Suggested Textbook:

Mastering Autodesk Revit 2024 ISBN-13: 978-1119570127, ISBN-10: 1119570123

Available for purchase from Amazon.ca - https://www.amazon.ca/Autodesk-Revit-2024-Fundamentals-Architecture/dp/1959504428

Please note: You can check other time zones here.

Syllabus

Schedule:

4 Sessions - 16 hours (Live Online Delivery)

A certificate is granted upon successful completion of this course, based on attendance, participation, and a final in-class assignment. There is no exam for this course. Hours contribute to Continuing Learning Hours with the Engineering Institute of Canada.

Session 1 (4 hours): Introduction and Basic Navigation

• Introduction to Building Information Modeling (BIM)
• Overview of the Revit Interface
• Navigating the Model
• Exploring 2D and 3D Views
• Creating and Managing Project Views
• Introduction to Basic Schedules and Legends

Session 2 (4 hours): Detailing and Documentation

• Drafting in Revit: Floor Plans, Ceiling Plans, Elevations, Sections
• Modeling Techniques for Walls: Creating, Modifying Heights, and Openings
• Developing Plan Details and Advanced 3D Views
• Understanding Visibility Graphics and View Types
• Discussing Level of Development (LOD) Concepts
• Creating Sheets and Legends for Project Documentation

Session 3 (4 hours): Modeling Architectural Elements

• Hosting Doors and Windows in Walls
• Developing New Wall and Floor Assemblies
• Adding Slopes to Floors, Differentiating Finish vs Structural Floors
• Modelling Ceilings and Integrating Ceiling Plans into Documentation

Session 4 (4 hours): Advanced Modeling and Collaboration

• Advanced Modeling for Rooms, Roofs, and Ceilings
• Creating Complex Roof Assemblies
• Modelling Circulation: Stairs, Ramps, Railings
• Working with Revit Families for Custom Elements
• Overview of Documentation Parameters - Annotations, Tags, Room Schedules

Instructor

Calvin is an architectural technologist, a designer, a project manager, and a RevitArchitecture & AutoCAD instructor.

He is experienced in residential and commercial design and drafting, including BIM modelling.