ANSWER THE FOLOWING QUESTION IN RELATION TO SLOSHING AND MEMBRANE IN A SHUTTLE O

Question

ANSWER THE FOLOWING QUESTION IN RELATION TO SLOSHING AND MEMBRANE IN A SHUTTLE OR ROCKET. I NEED BRIEF ANSWER

Systems Engineering Process

This section should delineate the technical process to be used on the program, including

the basis for selection (e.g., commercial standard, organizational process, etc.), the purpose

and objectives of the process. The plan should address any planned process improvement

activities as well as the program’s approach to ensuring adherence to established processes.

This section should identify those approaches previously enacted that have not been successful

and what changes are being put in place, as of this update, to improve the approach.

The plan should discuss how the size, effort, and schedule for the technical effort are

developed, and how it is adequate to allow for disciplined application of the planned systems

engineering process. It should also include the method of resource allocation to technical tasks

to include resource-requirements identification, procedures for resource control, and reallocation

procedures to include:

1. Analysis tools used to conduct design trades and studies appropriate for the

phase of the program.

2. Facilities and tools employed for each process and phase (for new facilities

providing a facility development plan to include any facility software development), 3.

Facilities and tools employed by systems engineering personnel, and

Integration of tools between functions and between organizations.

Briefly provide an overview of the key technical objectives, deliverables and results from

the process, needed process inputs, and the product work breakdown structure (WBS)

development. The description should also include an overview of the TES or TEMP,

demonstrating how the T&E strategy meshes with the technical efforts, and the overall program

Explanation / Answer

System analysis provides a rigorous approach to technical decision-making. It is used to perform trade-off studies, and includes modelling and simulation, cost analysis, technical risks analysis and effectiveness analysis. Systems engineering process is a comprehensive approach to problem solving. Four steps need to be followed in this process:

1-Requirements Analysis.

2-System Analysis Control.

3-Functional analysis.

4-Desigm synthesis.

The process can be improved by following these four steps. In first step, functional requirements performance requirements and environment needs to be analysed, which will help in selecting the best resources for the organization. Systems and Analysis Control manages the risk, data, performance and interface. Synthesis transforms functional to physical architectures. It defines and refines physical interface and verifies them. Functional analysis helps in decomposing performance to lowel-level functions.

A work breakdown structure divides work into manageable structure. The objective of the project is to provide a clear and consise statement of the project goals and expected outcomes. The objective of the project is to complete a technology to market plan, which serves as a roadmap for planned activities to access and advance the commercial viability of their technology.

Deliverables include the methods and matrix that is defined. Review partnership opportunities and identify which some can be transferred to this plan. TES is used to describe the concept of tests and evaluations throughout the program life cycle. TES will also evolve into the Test and Evaluation Master Plan (TEMP).

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