"ENGINEERING WITH FABRICATION IN MIND" - HARVEY'S ENGINEERING
Harvey's is focused on collaboratively working with architects, engineers, and contractors to ensure the accurate and timely delivery and installation of our engineering services. Through a tried and tested process, the Engineering Division utilizes a Building Information Modeling approach with fabrication in mind. By utilizing our construction experience, we design what is built, eliminating costly rework in the field. Harvey’s unique structure allows us to operate differently than a traditional engineering firm. When you see our drawings, you see the difference.
As a technological leader in the industry, Harvey's has been at the forefront of Virtual Design and Construction (VDC) by contributing in local user groups and national conventions. Our commitment to remaining on the leading edge of construction technology has meant that we have been investing in and implementing many of the BIM concepts since before the term was even created, including:
Developing 3D models and drawing the complete mechanical systems
Automating and interpreting collision detection before construction through digital reconstruction and as-built conditions
Performing 3D “virtual walkthroughs" through point cloud's with digital fabricated models
Automating project material costs and orders for delivery to site
Maximizing pre-fabrication opportunities for plumbing, hvac, and hydronics
Electronically sharing construction documents, including submittals and O&M data with design team
Reducing RFIs, field changes, and change orders
Creating (and adhering to) detailed schedules for optimal installations and precision
Providing data-rich, 3D as-built drawings, for building life-cycle maintenance and owner documentation
We incorporate these concepts into our everyday work, and on every project. You will realize the savings in cost, time and reduced errors.
HARVEY'S ENGINEERING TEAM
Brian D. Nickel
Engineering Division Manager
My name is Brian D. Nickel. I am a graduate from Montana State University’s Graduate School of Architecture. I lead and supervise Harvey’s Engineering Division. I believe that design needs to have fabrication in mind and that through collaboration with the architecture, engineering, and construction industry the design – fabrication – installation process can be achieved successfully.
Ryan Sullivan, PE
Principal - Professional Engineer
My name is Ryan Sullivan, I lead Harvey’s Engineering Division as the Principal Engineer. I believe pushing the industry forward comes from closing the gap between design and construction, this is critical to reduce errors, rework, and inefficiencies. “Because we always do it this way” is not an acceptable design philosophy and because of that I strive to find innovative solutions that encompass all disciplines.
Engineer in Training
I have always been interested in math and science. While others grew up wanting to be a doctor or a football player I wanted to be an engineer. I was lucky enough to pursue my dreams by attending the Mechanical Engineering program at Montana State University, from which I recently graduated. I am now thrilled to be the Engineer In Training (EIT) at Harvey’s and look forward to the challenges and opportunities to come.
industry leaders in laser scanning and innovating new technologies
WAREHOUSE LASER SCAN -> DUCT DESIGN -> FABRICaTION
laser scan examples: Small residential & high end Residential
laser scan mechanical & plumbing integration examples
REVIZTO POINT CLOUD TO FIELD COMMUNICATION EXAMPLE
Virtual Design & Construction Coordination Examples
INTEGRATED PROJECT DELIVERY
Autodesk's definition of Integrated Project Delivery:
Integrated Project Delivery, or IPD, is a project delivery method distinguished by early collaboration between cross-functional teams through all phases of design, fabrication, and construction. By entering this type of contractual agreement, teams are able to collaboratively harnesses the talents and insights of all participants to optimize project results, increase value to the owner, reduce waste, and maximize efficiency through all phases of design, fabrication, and construction. The entire process, from concept to construction, is defined by early substantive engagement by all key stakeholders.
What are the benefits of IPD?
An IPD project improves project outcomes by changing the way decisions are made, goal are accomplished, and responsibilities are shared. The hallmarks of an IPD project are shared objectives, consensus in decision making, and the use of BIM, or building information modeling.
The American Institute of Architecture created a comprehensive guide to IPD, outlining contract types, processes, and roles.
Read more of this process on Autodesk's website and why we swear by it at Harvey's:
Prefabrication is the heart of Harvey’s beliefs on mechanical and plumbing contracting. Working closely with our Engineering division and their design software capabilities, we ensure that our installations fit precisely and are fabricated with the highest level of quality and care. When schedules are fast, prefabrication allows our team to produce large quantities of product and assemblies offsite in our warehouses, most of the time prior to the building being ready for mechanical and plumbing installation.
Our state of the art fabrication facilities and technology includes:
Laser Scanning As-Built conditions
State of the art design lab, fabrication warehouses, and equipment.
Plumbing Fabrication Warehouse
HVAC Warehouse supplied by local suppliers for quicker installation.
Sheet Metal Fabrication Warehouse
Plasma Cutters, Sheet Metal Folders, Press Brakes, and Shears.
All fabrication operations are supervised by our full time division managers. With separate warehouses available for black pipe, copper, PVC and stainless steel, our fabrication shops can handle any project thrown at them, at any time.
more work we're proud of...
Mechanical Room Layout & Coordination
Laser scanned as-built documentation for optimal mechanical design.
RAIN WATER CATCHMENT DESIGN
Let us design your next rain water catchment system.