Architect/Engineer (A/E) means a person registered as an architect pursuant to Tex. Occ. Code Xxx., Chapter 1051, as a landscape architect pursuant to Tex. Occ. Code Xxx., Chapter 1052, a person licensed as a professional engineer pursuant to Tex. Occ. Code Xxx., Chapter 1001 and/or a firm employed by Owner or a design-build contractor to provide professional architectural or engineering services and to exercise overall responsibility for the design of a Project or a significant portion thereof, and to perform the contract administration responsibilities set forth in the Contract.
Project Completion Report At the completion of construction and once a Project is placed in service, the Subrecipient must submit a Project Completion Report that includes the total number of units built and leased, affordable units built and leased, DR-MHP units built and leased, an accomplishment narrative, and the tenants names, demographics and income for each DR-MHP unit.
Geotechnical Engineer « »« » « » « » « » « »
Project Completion Date It is agreed between the Parties that the Project Completion Date is <END DATE, YEAR>. If the Project is not completed by such date then, subject to an amendment agreed to between the Parties, Alberta Innovates may elect to terminate this Investment Agreement. In such event, Alberta Innovates will notify the Applicant of its decision to terminate as soon as reasonably practical and shall advise the Applicant of the effective date of termination. Alberta Innovates will have no liability or obligation to reimburse the Applicant for any Project Costs incurred after the effective date of termination and may require the Applicant to return any portions of the Investment which were spent on Ineligible Expenses. Additionally, any portion of the Investment not used and accounted for in accordance with this Agreement as of the Project Completion Date or earlier termination is repayable by the Applicant to AI at AI’s request.
Project Completion The Contractor agrees to schedule a final job walk with the County. If required, the County will prepare a list of incomplete items, the “Punch List”. The Contractor agrees to complete the “Punch List” corrections and schedule a final project completion job walk. The County will sign the “Punch List” as completed when determined, the project is finished. The Contractor agrees to submit the following along with its final payment request:
Construction Budget The total amount of funds indicated by the District for the entire Project plus all other costs, including design, construction, administration, and financing.
Value Engineering The Supplier may prepare, at its own cost, a value engineering proposal at any time during the performance of the contract. The value engineering proposal shall, at a minimum, include the following;
a) the proposed change(s), and a description of the difference to the existing contract requirements;
b) a full cost/benefit analysis of the proposed change(s) including a description and estimate of costs (including life cycle costs) the Procuring Entity may incur in implementing the value engineering proposal; and
c) a description of any effect(s) of the change on performance/functionality.
Reverse Engineering The Customer must not reverse assemble or reverse compile or directly or indirectly allow or cause a third party to reverse assemble or reverse compile the whole or any part of the software or any products supplied as a part of the Licensed System.
Phase II A small portion of the work for the Phase II modifications to the Plattsburgh Substation will be performed by Transmission Owner, and the remainder will be performed by Clinton and Xxxxxxxxx. A detailed definition of the specific scope for Transmission Owner and Clinton and Xxxxxxxxx including interface points shall be defined during the design phase and, as such documents become available, copies will be delivered to the NYISO, Transmission Owner, Noble Altona Windpark, LLC and Marble River, LLC. The full scope includes the installation of wave traps, CCVT’s and modifications and/or additions to relaying on the MWP-1 and MWP- 2 lines. These lines will be reconfigured at the completion of Phase II to connect to Xxxxx and Xxxxxxx Substations on MWP-1 and the Xxxx Substation on MWP-2. Clinton and Xxxxxxxxx will design the upgrades and purchase the materials based on the outline specification that was prepared and issued by Transmission Owner. The work to be performed by Clinton and Xxxxxxxxx will include both the materials for the exterior and interior installations and items for Transmission Owner installation inside the control building in existing relay panels and communication racks. In addition, Clinton and Xxxxxxxxx will be responsible for the exterior and interior construction work and will provide construction management services in coordination with Transmission Owner. The civil design for the foundations and the electrical design for the cable runs to the control room will be designed by, as approved by Transmission Owner, and installed under the supervision and control of Clinton and Xxxxxxxxx. The equipment will be selected and procured in accordance with the specifications developed during the detailed engineering phase, copies of which shall be furnished to the NYISO, Transmission Owner, Noble Altona Windpark, LLC and Marble River, LLC. The construction of the foundations, structures, wave traps, CCTV and cable runs into the control building to the termination cabinets will be completed by Clinton and Xxxxxxxxx. The work at the Plattsburgh Substation will be installed under Transmission Owner’s CPP-1. Transmission Owner will provide Protection and Controls Engineering, install and terminate wiring from the termination cabinets to the control panels and relays, install relays and equipment in the existing panels, and will commission such work inside the 230kV control building. Transmission Owner will develop the communications protocols and data flow over the circuits.
Phase I In Phase I, the project will be connected as a tap to the Transmission Owner’s 230kV transmission line MWP-2 via one 230kV circuit breaker in series with one of two ring bus breakers for stuck breaker protection (one in each direction) and a tie-line breaker, as shown on the one-line diagram labeled CL-E-IA-01 attached to this Appendix A as Figure 1. The changes to the existing MWP-2 line protection for this arrangement are described in Phase I System Upgrades in Section II of this Appendix A.
