Question: I need help, please! To generate a word file addressing the Development Test (DT) Strategy for the AMD vehicle subsystem. Provide a high-level development (verification)

I need help, please!

To generate a word file addressing the Development Test (DT) Strategy for the AMD vehicle subsystem. Provide a high-level development (verification) strategy outlining the Development Testing (Verification) process required to certify that the system has completed all Development Testing and Factory Acceptance Testing; also known as "DT" and "FAT".

(1) Identify all of the Drone Aircraft Subsystem modules and related TPM's items in the "Requirements Verification Traceability Matrix "RVTM" to be tested.

(2) State how each test will be conducted to verify that the system meets all SOW specifications.

(3) identify who and how the system will accomplish its' pass/fail criteria. (Part of the RVTM to be included in your paper)

The Objective is to demonstrate a clear understanding of how the TPM's are generated and how to construct an RVTM from the performance specifications provided in a typical SOW. Many companies do not have a SOW or even a complete SSS and that is why the engineering development team has many problems that could have been avoided.

SDRG System Functional Simplified Flow Block Diagram (FFBD)

Sample RVTM, Need more details to populate ideas for each columns and rows.

Sub System Configuration Item (CI) TPM # Sub System TPM Test Parameter Test Method Pass/Fail
2.1.1 Command & Control TPM-01 Response time <5ms Test
TPM-02 pick up directives <5ms Test
TPM-03 Flight Directives <5ms Test
TPM-04 Delivery Directives <5ms Test
TPM-05 Return Directives <5ms Test
TPM-06 Safety Directives <5ms Test
TPM-07 Abort Directives <5ms Test
2.1.2 Communications TPM-08 Power Usage <2 watts Test
TPM-09 2 Way comms Send <5ms Test
TPM-10 2 way comms receive <5ms Test
2.13 Navigation TPM-11 Flight accuracy <1 ft. demo
TPM-12 Speed Accuracy <1% demo
TPM-13 Course Accuracy <1% demo
TPM-14 Landing Accuracy <6" demo
To complete

System Performance Requirements

  1. Command and Control Subsystem
  2. Communications Subsystem
  3. Navigation Subsystem
  4. Safety and Abort Subsystem
  5. Propulsion Subsystem
  6. Pickup and Delivery Subsystem
  7. Power and Energy Subsystem

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