Common use of Stakeholders Clause in Contracts

Stakeholders. External public stakeholders in this project consisted of the local town and the fire code inspector. The town originally recruited the client to that area. The fire code inspector dictated codes that drove the design of the facility’s fire suppression system as well as conducting a final inspection of the facility to ensure that it met all applicable fire codes. Internal supply for this project came from a variety of sources. The principal contractor was part of the design-build team that was awarded the contract by the client. The principal contractor led the construction process along with a team of mechanical and electrical engineers who worked with subcontractors to design the fire suppression system. The architect of record was also part of the design team that the contract was awarded to. The architect developed a LEED accreditation plan and designed the demolition and building layout plans. Several different subcontractors were also involved in the project and are considered internal suppliers as well. The demolition subcontractor took the architect’s demolition plans and carried out the demolition work. The waste disposal and recycling subcontractors collected the waste and recyclables from the site and transported them to an off-site location to be sorted or disposed of. The gas fire suppression system designer and installers sized the system based on the size of the facility and designed and built the system according to the needs of the DB team. Internal demand came solely from the client. The client was involved in both phases of the project and was responsible for the decision to build a new data center for business purposes, choosing the site, developing the budget, setting the schedule for completion, and managing the building after it was finished.

Stakeholders. External public stakeholders in this project consisted of the local town and the fire code inspector. The town originally recruited the client to that area. The fire code inspector dictated codes that drove the design of the facility’s fire suppression system as well as conducting a final inspection of the facility to ensure that it met all applicable fire codes. Internal supply for this project came from a variety of was produced by several sources. The architect was the client’s designer for sub-project #?. The principal contractor was part of the design-build team that was awarded the contract bid for construction management of the job was responsible for tracking progress and managing the different trade contractors. The engineer was hired by the client. The principal contractor led the construction process along with a team of mechanical and electrical engineers who worked with subcontractors client to design the fire suppression systemutility replacement for sub-project #2. The architect of record was also part utility locators located the placement of the design team that existing utilities. Excavation and installation of new utility lines was performed by the contract was awarded toutility installation sub, who also pot-holed before construction to determine the actual locations and depths of the existing utilities. The architect developed a LEED accreditation plan paving sub set up daily traffic control and designed performed construction for the demolition and building layout plans. Several different subcontractors were also involved in the project and are considered internal suppliers as well. The demolition subcontractor took the architect’s demolition plans and carried out the demolition work. The waste disposal and recycling subcontractors collected the waste and recyclables from the site and transported them to an off-site location to be sorted or disposed of. The gas fire suppression system designer and installers sized the system based on the size highway reconstruction portion of the facility and designed and built the system according to the needs of the DB teamproject. Internal demand came solely from the client and the client’s employees. As the client, VDOT Finance/Programs approved the need and budget for the project. The client’s employees included VDOT’s Traffic Engineering, Design/Engineering, Utilities, and Right of Way (ROW) groups. Traffic Engineering collected traffic counts and determined traffic control plans in the bid document. They also approved any changes to the MOT plan. Design/Engineering was the client’s main project manager. Utilities managed the design for new utilities and approved changes made to existing utilities. ROW obtained right of way for the new utilities from local residents. There were several external stakeholders in this project. External private stakeholders included motorists who drove through the site on a daily basis and local businesses that were impacted by construction. Traffic control was designed in a way to minimize the project’s impact on these businesses. The state government, local government, and local utilities district were all external public stakeholders. The state government approved the overall budget for the client was involved in both phases and provided input into work priorities for projects. The local government proposed the need for the project, worked with the CM on communication, and managed the roads once completed. Utilities provided the as-builts for the existing utility lines, gave input for the design and capacity of the project new lines, and was responsible for the decision to build a new data center for business purposes, choosing owner of the site, developing the budget, setting the schedule for completion, and managing the building after it was finishedlines once completed.

Stakeholders. External public stakeholders in this project consisted of the local town and the fire code inspector. The town originally recruited the client to that area. The fire code inspector dictated codes that drove the design of the facility’s fire suppression system as well as conducting a final inspection of the facility to ensure that it met all applicable fire codes. Internal supply for this project came from a variety of several sources. The principal contractor CM was part of the design-build team that project’s DB team, was awarded the contract by the client. The principal contractor led the construction process along with a team of mechanical responsible for hiring and electrical engineers who worked with subcontractors to design the fire suppression systemmanaging trade contractors, and oversaw site safety during construction. The architect of record was also part a member of the DB team and was responsible for designing the outside of the building, which included the pre-cast concrete panels and the design team that of the contract roof screen to conceal the rooftop HVAC units. There also was awarded toa functional architect who was responsible for designing the facility’s interior in a way to optimize caregiving for the patients. The architect developed a LEED accreditation plan and structural engineer designed the demolition foundation and building layout plans. Several different subcontractors were also involved in the project steel structure and are considered internal suppliers as wellthe mechanical and electrical engineers designed the building’s HVAC and electrical system based on their own calculations. The demolition subcontractor took DB team also hired trade contractors for the architect’s demolition plans and carried out the demolition workproject. The waste disposal pre-cast panel manufacturer and recycling subcontractors collected erector worked with the waste DB team to determine panel requirements such as windows and recyclables from doors that would prevent using full-height panels. As a materials supplier, the sub was also responsible for delivery of the panels to the site and transported them to an off-site location to be sorted or disposed ofinstallation. The gas fire suppression system designer steel frame fabricator and installers sized installer worked with the system structural engineer to develop a sequencing process before delivering and installing the steel frame. The roof installation sub installed the roof based on the size of design. After roof installation, the facility and designed and built air unit sub installed the system according to rooftop HVAC equipment based on the needs of the DB teammechanical engineer’s specification. Internal demand came solely from the clientthree different sources. The state’s Department of Mental Health was the client was involved for this project. They manage all hospitals in both phases the state and made the ultimate decision on the design and construction of the project new facility. The Hospital’s employees, including doctors and was responsible nurses that worked in the previous facility, were the main drivers for the hospital layout and patient rooms. The decision to build a make the hospital as few stories as possible for ease of use was largely based on input from these employees. Patients in the hospital were end customers after the facility was completed. There were also two external public and one external private stakeholder for this project. The two public stakeholders were the local town and state governments. The state government gave the final approval for the project by approving the budget. The local town government gave the hospital the 66 acres of land for the new data center site along with $15 million for business purposesconstruction costs in exchange for ownership of the 275 acre old hospital site once the new building was complete (Stuart, choosing 2013). The town also sent officials to conduct relevant inspections prior to opening. The private stakeholders were the local residents that lived and commuted near the site. While the construction slightly affected some local traffic, developing there were also interactions between local residents and the budget, setting the schedule for completion, and managing the building after it was finishedlarge delivery trucks.

Stakeholders. External public stakeholders in this project consisted of the local town and the fire code inspector. The town originally recruited the client to that area. The fire code inspector dictated codes that drove the design of the facility’s fire suppression system as well as conducting a final inspection of the facility to ensure that it met all applicable fire codes. Internal supply for this project came from a variety of sources. The principal contractor CM was part of the designDesign-build Build team that was awarded the contract by the client. The principal contractor led the construction process along with a team of mechanical and electrical engineers who worked with subcontractors to design the fire suppression systemlead architect. The architect of record was also As part of the design team that process, it was the contract was awarded toCM’s job to ensure constructability and work on cost and schedule estimation of design. The architect developed a LEED accreditation plan and designed Lead Architect for this project coordinated the demolition and building layout plans. Several different subcontractors were also involved in the project and are considered internal suppliers as well. The demolition subcontractor took the architect’s demolition plans and carried out the demolition work. The waste disposal and recycling subcontractors collected the waste and recyclables from the site and transported them to an off-site location to be sorted or disposed of. The gas fire suppression system designer and installers sized the system based on the size of the facility and designed and built the system according to design process, translated the needs of the DB client into that design, and communicated with the client as the design progressed and took revisions back to the team. Internal demand came solely from The Sports Stadium Design Architect was brought onto the clientproject because of their expertise in designing sporting venues. On the project, the Stadium Design Architect was responsible for site lines and the overall look of the stadium, which ultimately drove the slope of the upper deck and the cantilever design. The client Structural Engineer was involved in both phases responsible, along with the Civil & Environmental Engineer, for designing the foundation and structure of the project stadium and the upper deck. The Structural Engineer also performed an analysis on the feasibility of working or building off of the adjacent parking garage and installing a foundation against that garage. In addition to that, the Structural Engineer resolved issues and changed design when required during construction after the existing foundation plan had issues with utilities. Several trade contractors were brought onto the project. The Site Prep Subcontractor performed the excavation work and the Foundation Subcontractor installed the foundation system and recommended changing to a shallower foundation. The Steel Supplier and Erector delivered and set the steel using cranes as well as working with the CM to identify lift requirements and process. The Bleacher Supplier worked with the design team to develop the structural requirements of the system. After both decks were built, the Bleacher Supplier installed the bleachers. The Utility Locator worked with the Site Prep and Foundation Subs to locate existing utilities. The University’s Capital Projects Group was the client for this project, and was responsible for approving the construction project and determining the overall budget. Other forms of internal demand came from the client’s tenant: the Athletic Department. The Athletic Department determined the need for the stadium expansion and managed the facility after it was completed. They also drove the decision to build keep the stadium open for a new data center season rather than relocating the entire team. Athletic Department Donors and Fans/Ticket Buyers were the client’s customers and financiers of the project. Donation and ticket orders were used to determine the size the stadium expansion needed to be. The stadium was designed with the fan experience as the utmost priority. Students and faculty were local residents who used the parking garage and were pedestrians near the construction site. The Local Utility provided as-builts for business purposesthe existing utilities so that the foundation could be designed around them. In addition, choosing the site, developing Utility also worked with the budget, setting CM to upgrade utilities to the schedule for completion, and managing the building after it was finishedfacility as required.

Stakeholders. External public stakeholders in this project consisted of the local town and the fire code inspector. The town originally recruited the client to that area. The fire code inspector dictated codes that drove the design of the facility’s fire suppression system as well as conducting a final inspection of the facility to ensure that it met all applicable fire codes. Internal supply demand for this project came from a variety several sources. The client (owner) was responsible for several tasks during the project’s timespan. Such tasks included working with the EPA to determine requirements for the improvement plan, driving the timeline and budget for the improvement plan, approving the plan before submission, and overall oversight of sourcesprogress within the organization. Groups within the client’s organization also managed different aspects of the project. The owner’s safety division audited the site to ensure the workers were meeting OSHA requirements. They also ensured that there were no regulatory or compliance issues with the treatment plant during construction. Another group that was in charge of operating the adjacent treatment plant ensured that the plant could meet capacity demands. A department within the utility worked with outside groups during the development of the overall improvement plan. This included running an analysis and developing options for the projects. A fourth group within the utility developed the RFP for construction once the design was finalized. This group also helped the CM select subs and meet the owner’s requirements for the project. There were several internal suppliers for the tank construction and trunk line installation. The principal contractor was part of served as pre-construction consultant during the design-build team that was awarded design phase and then won the contract by bid to become the clientconstruction management firm for this project. The As the CM, the principal contractor led was responsible for managing the construction process along with and hiring subs. Engineers were hired by the owner in the planning stage to manage the sewer improvement plan and develop a team project plan to meet the EPA requirements. A second group of mechanical and electrical engineers who worked with subcontractors was brought on to design the fire suppression system. The architect wastewater tanks based off of record was also part of the design team that the contract was awarded to. The architect developed a LEED accreditation plan and designed the demolition and building layout plans. Several different subcontractors were also involved in the project and are considered internal suppliers as well. The demolition subcontractor took the architect’s demolition plans and carried out the demolition work. The waste disposal and recycling subcontractors collected the waste and recyclables from the site and transported them to an off-site location to be sorted or disposed of. The gas fire suppression system designer and installers sized the system based on the size of the facility and designed and built the system according to the needs of the DB teamowner. Internal demand came solely Several trade contractors also served as suppliers. The tank sub helped design the pre-stressed concrete tank based on the design specifications and capacity determined by the engineers. The sub then constructed the tank. The excavation sub determined means and methods with input from the clientCM before performing the 40-45 foot excavation for the tank. The client was involved in both phases of the project and Another sub was responsible for the decision installation of the trunk line across the creek. This sub was responsible for determining the means and methods of installation, which turned out to build a new data center be installing the pipe beneath the creek bed. External private stakeholders for business purposesthis project included the railroad company, choosing conservationists, local residents, and the utility’s (client’s) customers. The railroad company owned the tracks and right of way adjacent to the site, developing so they issued permits allowing excavation to take place near the budgettracks. They also approved the shoring plan since the tracks were still supported. Conservationists were given representation on the oversight board during the planning stage to give input on the development of the overall sewer improvement plan. Local residents and the customers also gave input into the sewer design and addressed any potential concerns, setting which were considered in the schedule final design of the improvement plan. External public stakeholders for completionthis project included the EPA, city, and managing state governments. The EPA was the building after it was finishedparty that initially issued the consent decree to the utility mandating the sewer improvement project. The EPA approved the improvement plan and made sure that the final product met the requirements set forth in the consent decree. The city government issued permits allowing the CM to construct the pipeline across the creek. The state government had a presence on the oversight board during the project planning stage.