scholarly journals Digital Design as a Key Approach to Shortening MEMS Development Cycle

2020 ◽  
Vol 35 ◽  
pp. 01003
Author(s):  
Mihail M. Androniс ◽  
Ilya A. Rodionov ◽  
Yurii B. Tsvetkov

A comparative analysis of new product development principles in microelectronics, mechanical engineering, and MEMS production is carried out. A MEMS integrated digital modeling approach is proposed based on the formation of a knowledge base, including a description of basic structural elements and basic tested process sequences for their manufacture.

Author(s):  
Michael J. Parsons ◽  
Nicholas M. Josefik

Lean manufacturing and accelerated product development, two forces when combined into lean product development, can accelerate time-to-market and manufacturing scale-up, achieving production readiness in the shortest possible time. This paper presents what is possible when the two underlying themes of lean manufacturing and new product development unite with the orchestrated chaos of a high performing team. A benchmark value stream has been documented along with product development cycle time examples ranging from 4 to 16 months for concept-to-production readiness.


Author(s):  
Jonathan Cagan ◽  
Craig Vogel

Abstract A unique approach to teaching new product development is discussed. The methodology emphasizes interdisciplinary collaboration between engineering and industrial design, and includes ethnographic techniques as a means to tie the early product development process directly to the user. The methodology builds on emerging trends in industry and the insights of the authors gained from teaching Integrated Product Development over a five year period. The approach emphasizes qualitative methods to help understand the fuzzy, early stages of the product development cycle, and the more traditional quantitative tools at the back end of the cycle. The goal is to create new products that enhance the experiences of consumers and connect with their lifestyles. The experiences discussed in this paper, while primarily formed through an academic setting, may lend new insights into product development processes for use within industry.


Author(s):  
Andrea M. Herrmann ◽  
Cornelia Storz ◽  
Lukas Held

AbstractExternal linkages allow nascent ventures to access crucial resources during the process of new product development. Forming external linkages can substantially contribute to a venture’s performance. However, little is known about the paths of external linkage formation, as well as the circumstances that drive the choice to pursue one rather than another path. This gap deserves further investigation, because we do not know whether insights developed for incumbent firms also apply to nascent ventures: To address this gap, we explore a novel dataset of 370 venture creation processes. Using sequence analyses based on optimal matching techniques and cluster analyses, we reveal that nascent ventures pursue one of overall four distinct paths of linkage formation activities during new product development. Contrary to the findings of the strategy literature, we find that if nascent ventures engage in external linkages at all, they do not combine exploration- and exploitation-oriented linkages but form either exploration- or exploitation-oriented linkages. Additional regression analyses highlight the circumstances that lead nascent ventures to pursue one rather than the other pathways. Taken together, our analyses point out that resource scarcity constitutes an important factor shaping the linkage formation activities of nascent ventures. Accordingly, we show that nascent ventures tend not to optimize by adding complementary knowledge to the firm’s knowledge base but rather to extend the existing knowledge base—a strategy which we call bricolage.


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