Overview
The construction and infrastructure industry is undergoing a rapid digital transformation
driven by Building Information Modeling (BIM), cloud-based collaboration, and immersive
technologies such as Artificial Intelligence (AI), Augmented Reality (AR), and Virtual Reality
(VR). To bridge the gap between academic learning and industry expectations, this five-day
hands-on workshop is designed to introduce students to modern BIM workflows and
future-ready construction technologies.
This workshop aims to equip students with practical exposure to industry-standard tools,
workflows, and methodologies used in real-world projects, thereby enhancing their
employability and readiness for professional practice.
Our Trainers
Mr. Yash Yadav
BIM Consultant and educator with hands-on experience in Building Information Modeling across infrastructure and construction projects. I specialize in services including LOD 300–400 modeling, Scan to BIM, design documentation, and BIM coordination - working with clients.
Also, he lead the Digital Construction with BIM program at Say Labs, where I work specifically with civil and structural engineers - helping them bridge the gap between traditional construction workflows and modern BIM-driven practices.
Modules
Day 01 Introduction to BIM & First Steps into Revit Revit - Understanding of BIM workflows & Tools - Revit File Setup - UI Introduction - Setting up the views and Model orientation
Day 02 BIM for Architecture Revit - Setting up BIM Model with Revit Architecture - Modelling Architectural Elements for layout building - Utilisation of Revit families and understanding the hierarchy
Day 03 BIM for Structure Revit - Understanding RCC Elements such as Footing, Structural Framing, Columns and constraints to model them - Modification of Structural Elements by using Parameters.
Day 04 Federated Model and AI Implementation for Rendering Revit, AI Tools - Exploring the Federated BIM Model and understanding utilisation in BIM Workflow. - Understanding the Prompting - Utilisation of Artificial Intelligence for Layout Planning and Rendering
Day 05 Construction Cloud and AR/VR Tech Construction Cloud & Workshop XR - Stepping into the Future of the Construction Industry with Advanced BIM multiuser workflow - Utilisation of Augmented Reality and Virtual Reality for Constructio
Outcomes
Introduce students to the fundamentals of BIM and its role in modern construction
workflows.
● Develop hands-on skills in multi discipline modeling using BIM software.
● Familiarize students with parametric modeling and coordinated design approaches.
● Expose students to collaborative BIM workflows using federated models and
construction cloud platforms.
● Provide experiential learning through AI-driven visualization and AR/VR-based
model exploration.
● Offer insights into emerging technologies shaping the future of the Architecture,
Engineering, and Construction (AEC) industry.
FAQs
1. What does BIM stand for?
A) Building Information Management
B) Building Integrated Model
C) Building Information Modeling
D) Building Intelligent Method
2. BIM is primarily used for:
A) Only 2D drafting
B) Manual construction work
C) Digital representation of physical and functional characteristics
D) Financial accounting
3. Which dimension of BIM includes scheduling (time)?
A) 3D
B) 4D
C) 5D
D) 6D
4. Which BIM dimension relates to cost estimation?
A) 3D
B) 4D
C) 5D
D) 7D
5. Which software is commonly used for BIM?
A) AutoCAD
B) STAAD Pro
C) Revit
D) MS Excel
6. What is the main advantage of BIM?
A) Increased manual errors
B) Improved collaboration among stakeholders
C) Reduced visualization
D) Limited data sharing
7. Which technology is often integrated with BIM for better visualization?
A) Virtual Reality (VR)
B) Typewriters
C) Manual drafting
D) Fax machines
8. What is “Digital Twin” in construction?
A) A duplicate building
B) A physical model
C) A digital replica of a physical asset
D) A construction worker
9. Which future technology helps in automated construction using machines?
A) Blockchain
B) Robotics
C) Spreadsheet tools
D) Manual labor
10. Which of the following improves transparency and security in construction data?
A) AI
B) Blockchain
C) CAD
D) Surveying
