The Professional Engineer and Micro-Electronics - Essay Example

This report is a comprehensive assessment of the work of professional engineer, who abides in a challenging work environment and has to incorporate with several legal and ethical obligations. The objective in this report is to investigate that how professional engineers work for sustainability, and what methods and programs they use to address complexity in their work environment. The Professional Engineering Tool Flow and Process Diagrams In the engineering practice, it has been noted that complexity lies in each of the engineering process.

It could be a manufacturing process, process of design, or process of inventory that involves complexity. To understand complexity of a particular process, the professional engineer uses the tool of process diagram which is also called as flow diagram or process chart in engineering terms. This tool provides schematic representation of a process. Process diagram actually gives the whole picture of the process (the inside and outside of a process) ongoing in engineering. Mostly, chemical manufacturers, automotive firms, and electrical firms use this apprehensive tool to analyze the critical and problematic areas of a process.

To condition a process, this tool is wide in its application. The Case of a Low-Capacity Manufacturer It is a noted fact that manufacturers try their best to improve and condition their manufacturing processes. . rategic analysis tool such as the process diagram, which highlights the corrupt areas of a process, giving a reason to readjust or remove those areas (Carlo & Arleo, 2013). The literature brings the case of an apparel manufacturer which re-designs its production system and production facility by means of using process diagram tool.

The process diagram assists and guides the manufacturer in different stages. It assists first in terms of reflecting on how the process is going and how possibly it can be modified or improved (Carlo & Arleo, 2013). The process diagram labels the schematic flow of the process that involves stages of blowing, basting, steeping, drying, dying and finishing altogether for producing a felt hat. These are stages that require readjustment and reformation as asserted by the manufacturer (Egelston, 2012).

Using the process flow diagram, the manufacturer displays the AEIOUX sequence of its process. The areas which are absolutely necessary A, especially important E, important I, ordinary O, unimportant U, and undesirable X are highlighted using the analytical tool of process diagram (Carlo & Arleo, 2013). Using the process flow diagram, the manufacturer is able to take important decisions like which areas can be removed or can be brought to readjustment after the analysis has been made. The manufacturer improves the quality of its process by deploying the comprehensive analysis tool- the process flow diagram.

Actually, the diagram has provided the algorithm to the manufacturer to improve and condition its whole production system (Carlo & Arleo, 2013). Process Flow Diagram of Felt Hat Manufacturing (Carlo & Arleo, 2013) The consequences led by the effective analysis tool (the process diagram) is that cost has got reduced and waste which was earlier