ISE 316 Manufacturing Engineering Introduction to Processes

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ISE 316 Manufacturing Engineering Introduction
to Processes

• Richard A. Wysk
• Fall 2010

Office 414A Daniels Phone [phone] Email
rawysk_at_ncsu.edu
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Agenda

• Policies - This is an engineering course, I do
  expect you to act like engineering students.
  Independent, diligent, creative,...
• Engineering ethics
• Policies and organization

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Grading

• Homework 10
• Quizes 15
• Labs 10
• Lab project 10
• Tests 50
• Participation 5
• TOTAL 100

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Overview

• What we will we be doing?
• ISE316 is lots of fun. It may also be the most
  important class that you take. It is the
  materials that I most frequently use in my
  industry consulting.
• Manufacturing engineering is a difficult topic
  that has hindered the development of CIM
  implementation. People do not understand how
  engineering systems fit together. This will be
  one of my foci for ISE316!

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Development activities

• Labs have been developed and are intended to
  reinforce what is taught in class.
• Active, collaborative learning will be the
  educational focus for the course. I am looking
  for feedback in this area.
• Topically, the materials have been focused around
  a larger view of Engineering What role does
  Manufacturing play in it?

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Introduction

• What is a Manufacturing system?
• Interactions of many processes, products and
  design decisions made in the engineering of a
  product.
• Machine requirements planning
• Process planning
• Production planning
• Concurrent engineering

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Goal and Objective

• GOAL -- Todays manufacturing engineer needs to
  identify and locate the most efficient method to
  produce a product (in-house or not)
• OBJECTIVE -- reduce time to market, increase
  quality, reduce cost, and operate in a tight
  capital environment

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A Vision of Integrated Engineering Systems

• ENGINEERING -- the planning, designing,
  construction (manufacture), or management of
  machinery, roads, bridges, etc..

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Traditional Engineering
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A Vision of Integrated Engineering Systems (cont.)

• INTEGRATE
• 1. to make or become whole or complete.
• 2. to bring parts together as a whole.
• 3. to remove barriers imposing segregation.

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A Vision of Integrated Engineering Systems (cont.)

• INTEGRATED ENGINEERING
• planning, designing, construction and management
  of a product.

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Engineering
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Product Engineering
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Process Engineering
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Production Engineering
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A Vision of Integrated Engineering Systems (cont.)

• INTEGRATION ENGINEERING
• tools and techniques that can be used to assist
  in combining planning, design, construction and
  management of a product.

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A Vision of Manufacturing Systems (cont.)

• INTEGRATED ENGINEERING
• planning, designing, construction and management
  of a
• product.

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Concurrent or simultaneous engineering

• Performing all business activities in unison
• Making wise real-time economic decisions
• Team concepts

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ISE316 Focus

• ISE316 is intended to cover processing in the
  engineering wheel.
• All spokes will be discussed.
• Processes will be the concentration.

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Questions?!? Is everything perfectly clear?