EMPA Forum 2015 Workshop 3 - Endeavour BIM (Building Information Modelling) (2nd Lesson) & Using Augmented Reality February 2015

Housekeeping

BIM Awareness - Agenda BIM Refresher / Overview What is BIM? Why BIM? BIM Maturity Levels & Dimensions Explained BIM Protocols & Common Data Environment Benefits of using BIM BIM Tools – Interactive Session 3, 4 & 5D BIM Application “Vico/Rapid 5D” Robotic Setting Out “Trimble” Laser Scanning “Trimble” Drones “Trimble” Augmented Reality “Hobs Studio” 3D Printing “Hobs Studio” 10 Mins 40 Mins

Who here has worked in a BIM environment? What is BIM? Who here has worked in a BIM environment?

What Is BIM? Process that runs through the full lifecycle of a customer’s asset (Cradle to Grave)

What is Building Information Modelling? “ BIM is essentially value creating collaboration through the entire life-cycle of an asset, underpinned by the creation, collation and exchange of shared 3D models and intelligent, structured data attached to them. BIM Government Task Group BIM is not just 3D CAD BIM is not just a piece of software BIM is essentially value creating collaboration through the entire life-cycle of an asset, underpinned by the creation, collation and exchange of shared 3D models and intelligent, structured data attached to them. BIM Government Task Group BIM is not just 3D CAD BIM is not just a piece of software “ Creating Collaboration Through the entire life-cycle of an asset Underpinned by the Creation, Collation & Exchange of Shared 3D Models

What is BIM - Summary “BIM is a Culture, not just a 3D Model and not just software or technology” 3D, 4D, 5D and 6D approach to developing and maintaining an asset It is a rich information source containing geometric, visual, dimensional and process data It runs through the full lifecycle of a customer’s asset (Cradle to Grave) BIM is a 2016 Government Requirement It comprises an Integrated Common Data Environment to which all involved parties contribute – a ‘virtual version’ of the asset

Why BIM?

Why BIM? – Government Requirement A report for the Government Construction Client Group was produced in March 2011 as a strategy paper by the Building Information Modelling (BIM) Working Party They reported: In May 2011 this became “Government Construction Strategy” stating that: Government will require fully collaborative 3D BIM as a minimum by 2016 – i.e.. its contractors will be working at Level 2 or above

Reduction in greenhouse gas emissions in the built environment Government Mandate Supporting 2025 Aspirations Why BIM? Lower Costs 33% reduction in the initial cost of construction and the whole life cost of built assets Lower Emissions 50% Reduction in greenhouse gas emissions in the built environment Faster Delivery 50% reduction in the overall time, from inception to completion, for newbuild and refurbished assets

Summary of BIM Maturity Levels & Dimensions

The Maturity Levels (3 Levels) Managed CAD ‘Lonely BIM’ Fully Integrated Including Cost, Time & FM Level 2 - Managed 3D environment Level 1 - 2D/3D Level 3 - One Model Integrated 3D, 4D, 5D, 6D Separate Discipline ‘BIM’ Models 2016 government target for all public projects Federated BIM Model Common Data Environment COBie Clash Detection Common Data Environment COBie

BIM – The Dimensions (6 Dimensions) Integrated ‘Building Information Modelling’ System – Comprising :- 6D Time Model Linking Model / Animation Cost Integration Life Cycle Management (FM) Drawings So in Summary:- 2D - Something with 2 dimensions (flat) 3D - Something seen in 3 dimensions e.g. width, length and height. 4D - Adding the aspect of Time to a project (phasing/sequencing) 5D - Adding the aspect of Cost to a project (cost estimating) 6D - The aspect of Life Cycle Management (owner/FM)

BIM Protocols & Common Data / Live Environment Creating Collaboration Integrated Common Data Environment Runs through the full lifecycle of a customer’s asset

BIM – The Benefits (Across 3D, 4D, 5D & 6D) Optimised Design, Cost & Programme Certainty Ability to View the Virtual Asset (Leading To….) Better Client, Stakeholder, Project Team, and Supply Chain Engagement Better Outcomes Through Improved Project Collaboration Greater Predictability Faster Project Delivery - Promotes Efficiencies – Eliminates Clashes Reduced Waste (Controlled Quantity Take Off / Pre-fabrication & Assembly) Reduced Risk (Early Safety and Virtual Asset Reviews) Right 1st Time Provides an Asset Control Mechanism

Current MS BIM Projects Beal High School Aon Building Bellerive School Manchester Victoria Station Lamberth Town Hall Marischal Square Department of Engineering - University of Cambridge

Integrated BIM Application Utilised on Morgan Sindall Projects Vico Office delivers an integrated BIM workflow for construction projects 3D, 4D, 5D & 6D

Other BIM Tools Adopted & Implemented On MS Projects Robotic Setting Out Laser Scanning 3D Printing & Augmented Reality ‘Drones’ Interactive Session

Robotic Setting Out Laser Scanning Drones

Augmented Reality & 3D Printing Interactive Session

Augmented Reality

3D Printing Utilised for Morgan Sindall Tenders

Q & A