An integrated dynamic performance measurement system for improving manufacturing competitiveness

Article Abstract:

Manufacturing firms have been adopting management, production and quality philosophies to better compete globally, including total quality management, just-in-time and rapid product realization. However, the traditional performance measures used in assessing their success at having used these philosophies are not anymore applicable in today's market. Operational measures must reflect flexibility and relevance to each managerial level. The integrated dynamic performance measurement system was developed as an integrated approach that supports performance measurement system alignment across managerial and operational levels.

All Other Miscellaneous Manufacturing, Manufacturing industries, not elsewhere classified, Manufacturing Industries NEC, Standards, Manufacturing industry, Manufacturing industries, Evaluation, Measurement, Management, Industrial efficiency, Economic efficiency

---

An example of the application of production system design tools for the implementation of business process reengineering

Article Abstract:

Business process reengineering (BPR) is involved with the improvement of corporate performance in terms of cost, quality, service and speed through a cross-departmental evaluation, essential rethinking and radical design of business processes. However, a specific set of implementation tools to support the adoption and implementation of BPR. A study demonstrates how tools that have been developed for the design of production systems can be applied to build a customer-focused model of critical organizational core processes.

Usage, Production engineering, Work design, Quality circles

---

A conceptual and analytical framework for business process reengineering

Article Abstract:

Business process reengineering (BPR) has become a popular concept in the fields management and information sciences. However, there is a lack of a conceptual and analytical framework amd methodology for its deployment that has resulted in many BPR project failures. A study investigated the use of the soft system methodology process within the context BPR and suggests its application as an analytical framework for the understanding of BPR and as an appropriate methodology for BPR projects.

Methods engineering

Similar abstracts:

• Abstracts: 3D CAD integrates with manufacturing. Getting best value. Life cycles in two dimensions
• Abstracts: Speed and efficiency - a statistical enquiry of manufacturing industries. The practice of production control techniques in the manufacturing sectors in the Eastern Province of Saudi Arabia
• Abstracts: High performance heuristic algorithm for controlling stochastic network projects. Hierarchical decision-making model for planning and controlling stochastic projects
• Abstracts: The dos and don'ts of roundness measurement. Eyes have it when it comes to gloss. Inadequate standards don't hinder surface technology
• Abstracts: Motion analyzer eliminates die-sorting guesswork. Real-time reliability system eliminates delays. Image analysis eliminates material variation

This website is not affiliated with document authors or copyright owners. This page is provided for informational purposes only. Unintentional errors are possible.