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\section{Overview}  This document aim to help design build  a parametric model for telescope array design using Multi-Objective Visual Analytics. In particular, this document focus in the problem of optimizing aperture design variables based on being mindful of  their impact inKey  Array Performance Parameters. If you are interested in contributing, please note priorities:  \begin{enumerate}  \item Make sure the list of Design Variables and \item Make sure the list of  Objectives is complete \item Make sure each objective Objective  has a mathematical expression \end{enumerate}  \section{Design Variables}  This section aims to include relevant aperture design variables. 
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\subsection{Aperture Diameter}  \subsection{Quantity and Position of Re-configurable Apertures}  \subsection{Quantity and Position of fixed Apertures}  \section{Objectives and Tolerance (Key (aperture-relevant Array  Performance Parameters)} This section aims to include all the array performance parameters influenced by aperture configuration.  \subsection{Maximize Brightness Sensitivity}  \subsection{Maximize (u,v) Coverage}  \subsection{Minimize Operations Costs}  \subsubsection{Data Processing Cost}  \subsubsection{Data Transmission Cost}  \subsubsection{Calibration Cost}  \subsubsection{Power Consumption Cost}  \subsubsection{Ancilliary \subsubsection{Re-configuration  Systems Operation  Cost} \subsection{Minimize Construction Up-front  Costs} \subsubsection{Quantity of Construction Sites}  \subsubsection{Cost of Array Data Transmission Network Construction}  \subsubsection{Cost of Antennas Construction}  \subsubsection{Cost of Re-configuration Systems  Construction}