Assignment task:
Analyze following requirements using INCOSE's characteristics for good requirements Individual requirement quality factors (Necessary, Implementation Independent, Unambiguous, Complete, Singular, Achievable, Conforming) , then Analyze it using Collective set of requirements quality factors (Complete, Consistent, Bounded) Apply these factors accordingly to the entire group (as a whole) of below requirements , "NGNP shall be designed, constructed, licensed, and operating by 2021." "NGNP design configuration shall consider cost and risk profiles to ensure that NGNP establishes a sound foundation for future commercial deployment." "NGNP nuclear heat source shall be based on the HTGR concept and utilize passive safety features to cool the core from full power to safe shutdown conditions." "The NGNP nuclear heat source shall have an operational lifetime of 60 years." "The NGNP required operational lifetime shall be met by using components designed for a 60-year lifetime or by using components that are replaceable." 1. The NGNP and hydrogen production facilities shall comply with applicable requirements of the Clean Air Act/Air Programs. 2. The NGNP project shall minimize the generation of all wastes, including radioactive, nonradioactive, and mixed wastes, and it shall comply with applicable DOE Orders, NRC Regulations, and EPA Regulation in the treatment of these wastes. "The main control room shall include controls for the PCS and high-temperature heat transport loop." "The NGNP design shall optimize the human-machine interface based on human factors engineering principles and operating experience to the extent possible without compromising plant safety." "The NGNP design capacity factor for supplying process heat over the plant lifetime shall be at least [TBD %] when modeled with equipment mean time to failure and mean time to repair data for the same or similar systems and/or components." "The capacity factor loss due to NGNP planned outages averaged over the lifetime of the plant shall not exceed [TBD %], including all planned inspection and maintenance activities that must be accomplished with the reactor shut down."