Engineering Change Management System

A computer-implemented management system comprising:

• at least one memory configured for storing information;
• and
• at least one computer processor connected to the at least one memory, wherein the at least one computer processor is configured for:
• receiving an order for implementing a new engineering component;
• creating a computer-implemented model of the new engineering component;
• identifying components necessary for implementing the new engineering component;
• creating a plurality of instructions for implementing the new engineering component;
• receiving input from a plurality of responsible parties regarding at least one of a feasibility, a complexity, a timeline, and a cost associated with implementing the new engineering component;
• generating a quote for implementing the new engineering component based on the input, after creating the computer-implemented model, identifying the components, and creating the plurality of instructions are complete;
• receiving approval of the quote from the user;
• and
• taking further actions to assist in completion of the order, after receiving the approval of the quote, wherein the further actions to assist in completion of the order are refused until the approval is received.

A computer-implemented management system comprising:

• at least one memory configured for storing information;
• at least one computer processor connected to the at least one memory;
• a plurality of sub-systems operated by the at least one computer processor, the sub-systems configured for executing a plurality of processes for completing an order;
• and
• a control system operated by the at least one computer processor and connected to all of the sub-systems, wherein the control system is configured for controlling exchange of information among the sub-systems and for controlling execution of the plurality of processes for completing the order, comprising:
• receiving first data from a first sub-system after the first sub-system executes a first process;
• comparing the first data to a first control rule to determine compliance with the first control rule;
• transmitting the first data to a second sub-system for execution of a second process if the first data is determined to comply with the first control rule;
• and
• transmitting an instruction to the first sub-system to remedy non-compliance if the first data is determined to not comply with the first control rule.