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Value Stream Segmentation and New Product Development

Date Issued
May 1, 2015
Author(s)
Vaughn, Richard Lee  
Advisor(s)
Andrew Yu
Additional Advisor(s)
James Simonton, Janice Tolk
Abstract

This research paper expands upon prior research into the pursuit of the successful new product launch. It reviews the evolution of how new product launches were handled in the past and the best practices used today. The article “Value Stream Segmentation Focuses on Customer Needs” expands upon the success and failure of the practices and poses a new concept for future new product launches. The concept of “value stream segmentation” is how a company should use value stream mapping to streamline its processes to achieve a successful new product launch. By analyzing and segmenting market requirements, a business that is truly demand driven will optimize individual value streams to match its customer’s unique needs. Value stream segmentation is a strategic process for analyzing and understanding different customer requirements within a value stream. It helps an organization to define and implement product features and service offerings by aligning them to the customer expectations. Through the use of value stream mapping (VSM) the analysis of the current state can be conducted and a redesign of a future state for the series of events can take a product or service from its beginning through to the customer in less time and waste. The current state of automotive new product development is plagued with recalls. This is a direct result of not aligning a products feature to the customer expectations. In this research paper, the VSM method will be expanded upon as a tool to be used in the future approach of product development to reverse the current trend of automotive recalls.

Subjects

Value

Stream

Mapping

Disciplines
Industrial Engineering
Degree
Master of Science
Major
Industrial Engineering
Embargo Date
January 1, 2011
File(s)
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Name

Richard_Vaughn_Thesis__in_UT_format_3_30_15a.doc

Size

4.59 MB

Format

Microsoft Word

Checksum (MD5)

6b5ea540d7fb38ba1e7b07f6a877c630

Thumbnail Image
Name

Richard_Vaughn_Thesis__in_UT_format_4_1_15a.pdf

Size

2.11 MB

Format

Adobe PDF

Checksum (MD5)

3c7b40e05768d01f4c3d3a8a8635861c

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