; (2) the projected requirements for in-space satellite servicing and assembly and the research and development, other than that being conducted under subsection (b), needed to address the requirements; (3) the potential advantages of incorporating in-space assembly and servicing into spacecraft design, construction, and operations; (4) a determination of any areas of overlap or alignment among Administration directorates and divisions of current capabilities and potential enabling technologies for in-space servicing and assembly; (5) a description of the criteria, information needed in order to develop criteria, that could be used in determining whether in-space servicing and assembly could increase the capabilities, mitigate risks, reduce the costs, or otherwise benefit a given mission or project; (6) a comparison of the relative opportunities and challenges of human versus robotic assembly and servicing, taking into account prior and current servicing activities; (7) a description of ways in which the Administration could partner with the private sector or otherwise use available private sector in-space satellite servicing and assembly services