This document describes a company that provides laser scanning, thermal imaging, and building information modeling (BIM) services to support design-build projects. Their five step process includes forensic analysis of existing conditions, deviation studies to compare actual conditions to designs, construction layout, quality control, and post-construction documentation. The company aims to save clients money through accurate documentation, coordination, and verification services that reduce errors and change orders.
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1. “SETTING THE STANDARD FOR DESIGN BUILD”
HD Laser Scanning, Thermal Imaging, Virtual Surveying , Building Information
Modeling (BIM) Consultants, 3D Construction Coordination and Lay Out
2. “ Our Five Step Process Designed To Save You Money”
1. FORENSIC ANALYSIS
Pre-design existing conditions study
Measure and model existing space and structures.
Create and deliver dimensionally accurate 2D or 3D
CAD as measurements are taken in the field.
2. DEVIATION STUDY
Comparison, coordination and verification
Overlay and graphically compare actual field
conditions in 2D or 3D to existing base
drawings, proposed design or engineering
drawings within CAD.
Align and test proposed design layout in the
field and make necessary changes prior to
construction.
3. CONSTRUCTION LAYOUT FOR ANY TRADE IN REAL TIME
Layout Stakes & Offsets
Layout of forms XYZ
Forensics – Design vs. Actual
Layout of Bolt Patterns (Steel Buildings)
Forms Deflection Monitoring
Before & after pour
Before & after cure, settlement or loading
Floor openings and Sleeves-
Pre-sets for hangers & Threaded Rods; MEP‟s
Pre-Sets for Curtain walls
Pre-set entire pipe hanging systems for MEP‟s or Future
Mechanical Rooms
Pre-Sets “Imbeds” for Signage
Convert hand drawn shop drawings to CAD
Turret Mounted – Follow Up Crain-
Sway & Tilt Models & Monitoring
3. 4. Quality Control
Monitoring and Reporting of Current Site
Conditions
Real Time Confirmation of Construction
Select any coordinate in a CAD document and
point a visible laser to the exact location
Onsite Assistance and Assurance
TOPGRAPHICAL FLOOR STUDIES
As-Built
Layout
Forensics
5. Post Construction
• As-built study and verification
• Document and audit construction accuracy.
• Forensic and Expert Witness Services.
• Final Construction Documents in 3D or 2D Easily Sent As Or Converted To A Revit Model
7. CONSTRUCTION COORDINATION
SUPPORTS AND DIRECTLY IMPLEMENTS THE NEW
• Design
STANDARDS OF DESIGN AND CONSTRUCTION: Architect • Revise
• Verify
• INTERGRATED PROJECT DELIVERY (IPD)
• Design
• BUILDING INFORMATION MODELING (BIM) Engineer
• Revise
• Verify
• VIRTUAL DESIGN CONSTRUCTION (VDC)
• Schedule
•Forensics General
• Build
•Layout Contractor
• As built
•Asbuilt
9. Using Point Cloud Data Directly To Verify Design Before Construction
Design Verification Automatic Interference
By Importing Proposed And Detection
Design To Point Cloud
10. Convert 2D to 3D Floor Plans or Revit Models
Project:
Hirshorn Museum, Washington, D.C.
Client:
Smithsonian
Scope:
Revit Model From Existing 2D
Drawings and Laser Scanning of
Existing Conditions for Reflective
Ceiling and Lighting Plan
Project:
Citizens Bank, Corporate
Building
Client:
Gilbane
Scope:
Scanning and Modeling of
Existing Conditions above
reflective ceilings to aid in the
design of new Data Center.
12. Fewer RFI‟s and Change Orders
CAMINO MEDICAL GROUP MOB
73% of MEP in place
Zero RFIs for conflicts
between systems
modeled in 3D
Only 6 Mech & Elec
conflict RFIs related to
MEP/FP systems
conflicting with other
Coordinated installation of complex
systems MEP systems
13. Less Rework / More Savings
Re-work only 43 hours out of 25,000 hours
HVAC Contractor projecting over $400K of labor
savings on $9.04 Million GMP contract
3D PDF’s provide visual understanding for sub
contractors to construct from
15. Case Study: Land Surveying
Walgreens - Yonkers, NY.
Scope
2 Acres of Topography For Grading of Sidewalks ,
Ramps, and Handicap Parking Areas to show
Conformance with A.D.A Compliance Codes
pertaining to Slope %
Two Large Parking Areas in addition to all grading
and drainage as well as Building Locations.
Provide 3D DTM of Entire Surveyed Area
Delivery < 2 Weeks from Notice to Proceed for
General Contractor to get the C.O.
Workflow
Leica Scan Station Traverse
7 Individual Scans
Registration of Multiple Clouds
One Giant Point Cloud of 30 Million Pts.
Cloudworx Pro To Trace 2D View Benchmark vs. Conventional
Actual
Produce Survey As- Built Map and ADA LAG
Compliance Survey Letter
Field time 8 hrs vs. 32 hrs
Benefits
60% labor savings
vs.
No lane closures Office time 40 hrs 80 hrs
Client valued “clean data”
Total labor 48 hrs vs. 112 hrs
Virtual Survey of Existing Conditions
Met tight client deadline Total Job $7,500 vs. $9,500
Provide Digital Takeoffs and Show Field Elevations Cost (Other Bids)
16. Case Study: New Construction
Our Lady Star of The Sea Church, Staten Island, NY.
Scope
4,000 Sq Ft Renovation to Existing Church
Provide Existing Conditions Steel Locations
Create 2D Location Survey of Steel Location
Delivery < 1 Weeks from Notice to Proceed
Workflow
Leica Scan Station Traverse
6 Individual Scans
Registration of Multiple Clouds
Single Point Cloud of 15 Million Pts.
Cloudworx To Trace 2D View
Benchmark vs. Conventional
Autocad 2D Steel Location Map Actual
LAG
Benefits
60% labor savings Field time 8 hrs vs. 16 hrs
No need to return to site for incomplete data
Client valued “clean data” Office time 8 hrs vs. 24 hrs
Virtual Survey of Existing Conditions Total labor 16 hrs vs. 40 hrs
Met tight client deadline
Total Job $3,500 vs. $4,500
Cut Costs While Adding Better Results
Cost (Other Bids)
17. Case Study: Retro-Fit
Cornell University Laboratory, Manhattan
Scope
6,500 Sq Ft of Demolished Lab Space
Provide Existing Conditions Locations
Create 3D DTM of Entire Floor Area
Delivery < 2 Weeks from Notice to Proceed
Workflow
Leica Scan Station Traverse
8 Individual Scans
Registration of Multiple Clouds
Single Point Cloud of 20 Million Pts.
Cloudworx To Trace 2D View
Autocad 2D Floor Study Topographic Map Benchmark vs. Conventional
Actual
Benefits LAG
60% labor savings Field time 8 hrs vs. 36 hrs
No need to return to site for incomplete data
Client valued “clean data” vs.
Virtual Survey of Existing Conditions Office time 40 hrs 80 hrs
Met tight client deadline Total labor 48 hrs vs. 116 hrs
Cut Costs While Adding Better Results Total Job $10,500 vs. $15,000
Cost (Other Bids)
18. Case Study: Civil Engineering
Western Connecticut State University, Danbury
Scope
15 Acres of Topography For Grading and
Drainage Plan as Well as Existing Conditions
Two Large Parking Areas and 3 Bldg Faces
Provide 3D DTM of Entire Surveyed Area
Delivery < 3 Weeks from Notice to Proceed
Workflow
Leica Scan Station Traverse
19 Individual Scans
Registration of Multiple Clouds
One Giant Point Cloud of 80 Million Pts.
Cloudworx Pro To Trace 2D View Benchmark vs. Conventional
Actual
LAG
Benefits
Field time 36 hrs vs. 120 hrs
60% labor savings
No lane closures
Office time 36 hrs vs. 80 hrs
Client valued “clean data”
Virtual Survey of Existing Conditions Total labor 72 hrs vs. 160 hrs
Met tight client deadline Total Job $15,500 vs. $17,500
Cut Costs While Adding Better Results Cost (Other Bids)
19. workplace safety Intrinsic Benefits
environmental sustainability
1. Keeps Job On Schedule 1. More Accurate Measurements Equal More Efficient
2. Reduces Overtime Labor Usage of Materials (Less Wasted Material, Less
Garbage)
3. Work Smarter vs. Harder
2. Dimensionally Accurate Measurement of Space
4. Reduction of Exposure to Bodily Injury
Enables True Physics Calculations & More
5. Ensures a Safer Work Environment
Efficient Energy Designs
6. Decreased Change Orders Increases
3. Reduced Change Orders
Moral and Decreases Stress and
1. Reduce the Carbon Footprint of a Project
Fatigue
Through Shortened Schedules
7. More Organized Work Load
2. Reduced Construction Energy Use
8. Reduces Coordination Conflicts
4. Working Directly from CAD will Greatly Reduce
Between Trades and Accompanying
Printing. (Leap Toward Paperless Projects)
Disharmony
20. Thermal Imaging
Building Applications
Building Envelope
Roof
Moisture
Excess heat loss
Walls
Insulation
Air Leaks
Moisture
Doors and Windows
Air Leaks
Failed Seals
21. Smart Models = Building Energy Savings
• 20% of energy lost to air
leaks (typical)
• 40% to ventilation
• 40% to radiation
• If $50,000 per year spent
on heating/cooling, then
save $10,000 each year by
fixing leaks alone
• Electrical & Heat Loss
Audits