System Engineering Sample Clauses
The System Engineering clause defines the responsibilities and processes related to the design, integration, and management of complex systems within a project. It typically outlines the requirements for system architecture, interface management, verification and validation procedures, and documentation standards. For example, it may require the contractor to provide detailed system specifications, conduct regular design reviews, and ensure all subsystems work together as intended. This clause ensures that all technical aspects of the project are coordinated and managed systematically, reducing the risk of integration issues and ensuring the final system meets the project's objectives.
System Engineering. The Contractor shall establish a system engineering office within the S-BSS program organization and shall maintain this office throughout the duration of the program. This office shall implement and maintain the System Design Plan submitted with the Contractor’s proposal and approved at the Kick-Off Meeting, and shall ensure that all design activities are conducted in accordance with the provisions of the plan. The system engineering office shall have the overall responsibility of ensuring that the S-BSS is in full compliance with the functional and performance requirements contained in the System Procurement Specification, and agreed to in the CONOPS, the System Performance Specification, and the ICD. The Contractors system engineering office shall perform the following specific tasks and others as necessary.
System Engineering. PARTNER shall conduct training in an efficient manner to produce well trained proficient personnel capable of engineering. The course is intended to train personnel to have basic knowledge of CDMA network planning and system design engineering.
System Engineering. The Contractor shall establish a system engineering office within the Chipset program organization and shall maintain this office throughout the duration of the program. This office shall implement and maintain the System Design Plan approved at the Kick-Off Meeting, and shall ensure that all design activities are conducted in accordance with the provisions of the plan. The system engineering office shall have the overall responsibility of ensuring that the Chipset is in full compliance with the functional and performance requirements and that it is fully operational with the S-BSS. The Contractor’s system engineering office shall perform the following specific tasks and others as necessary.
System Engineering. The contributions in system engineering cover all work packages related to the system definition, system validation and system optimization until the release of the final system and waveform specifications. It also includes support of the [*****] and test equipment development for the XM Radio system. -------------------------------------------------------------------------------- Work package Description Deliverables Completion Date -------------------------------------------------------------------------------- [*****] ***** Certain information on this page has been omitted and filed separately with the Securities and Exchange Commission. Confidential treatment has been requested with respect to the omitted portions. The work package [*****] will be finalized with the release of the [*****] by the end of [*****]. With the official release XM Radio will [*****] of these documents. The [*****] on the availability and content of the [*****]. XM Radio and FhG will agree mutually on a [*****], after both consider the [*****]. Any changes to [*****] after the release of this final version will require a change request for the implementation.
System Engineering. Objective: Governing Documentation Process
System Engineering.
1. Contractor shall comply with the requirements of the ‘Rail Infrastructure System - System Engineering Management Requirements’ (SEMR).
2. Contractor shall develop and implement a complete systems development life cycle (SDLC) for this contract, following the general requirements of the latest version of the International Council on Systems Engineering (INCOSE) Systems Engineering Handbook “A Guide for System Life Cycle Processes and Activities”, and ISO/IEC/IEEE 15288 “Systems and Software Engineering – System Life Cycle Processes.”
3. Contractor shall document the planned SDLC approach in a Contractor Systems Engineering Management Plan (SEMP). The SEMP shall follow the structure of the Systems Engineering Management Requirements (SEMR) document, demonstrating how the Contractor shall address the individual technical management, systems engineering, cross-cutting systems engineering methods, specialty engineering integration, and life cycle stages, milestones, and submittal process requirements outlined.
4. Contractor shall submit the SEMP for Review, as stated in Section 3.2.
5. Contractor shall maintain and update the SEMP at intervals to be agreed with by the Authority, for the Contract Duration, and manage its implementation by all partners, subcontractors, and suppliers.
System Engineering. The Swedish management team shall be responsible for system engineering support for the Swedish components of the GLAST LAT. This includes the development of requirements and specifications in collaboration with NRL and others, management and tracking of resources and margins, and system verification. NRL is responsible for the overall Calorimeter system engineering.
System Engineering. C.2.1.2.1 The Contractor shall develop and document an engineered solution that addresses all requirements as outlined in this contract and the specific Task Order.
C.2.1.2.2 The Contractor shall develop and document an engineered solution that identifies all equipment and resources proposed to satisfy the Task Order.
C.2.1.2.3 The Contractor shall develop and document an engineered solution that provides the Contractor recommended plans to replace equipment and resources in case of failure, except in those cases where the Government has specific sparing requirements.
C.2.1.2.4 The Contractor shall develop and document an engineered solution that addresses the use of Government furnished materials and resources as specified in the Task Order.
C.2.1.2.5 The Contractor shall develop and document an engineered solution that implements the necessary quality processes and quality control. The Contractor shall provide the necessary infrastructure and practices to ensure service availability requirements identified in the Task Order.
C.2.1.2.6 The Contractor shall develop and document an engineered solution that effectively identifies and assesses risk. The Contractor shall document and implement a risk management strategy for the Task Order.
C.2.1.2.7 The Contractor shall update the engineered solution to reflect all Task Order modifications and incorporate Engineering Change Proposals (ECPs) as required.
C.2.1.2.8 The Contractor shall ensure any Network Operations Center (NOC) identified as part of the engineered solution has the following minimum functional capabilities1: • Spectrum and Network Monitoring • Incident Response • Automated Reporting
C.2.1.2.9 The Contractor shall develop and document an engineered solution that identifies the applicable performance standards, specifies the set of performance metrics for the services the Contractor proposes to use, and describes in detail the methods and measurements with which the Contractor proposes to establish compliance with the performance standards. The Government reserves the right, on a Task Order basis, to identify the performance standards, specify the performance metrics, and describe the methods and measurements to establish compliance with the performance standards.
System Engineering. The contractor shall provide systems engineering to support internal and external integration of components, training materials and logistics support. The contractor shall participate in technical interchanges, program reviews, test and integration planning cells, and design reviews. The contractor shall provide programmatic, technical, and test support to the program.
System Engineering. Systems Engineering is the engineering of complex systems which addresses detailed engineering and integration of all system components to include information collection, information processing, information storage and retrieval, information transport, information correlation and fusion, information display, and information management systems and subsystems components. Systems Engineering addresses the relationships between components in a system. Engineering activities include: