Microscopy Techniques in Pharmaceutical and other Manufacturing Industries

Investigating Human Factors in Biotechnology and Pharmaceutical Manufacturing industries

The aim of this paper is to present the work carried out in a European Commission-funded project to adapt an existing Aircraft Maintenance Human Factors (HF) training program (STAMINA) to the Biotechnology and Pharmaceutical Manufacturing industries (BPM). The STAMINA approach has been successfully built into a global human factors training business recognized internationally as a quality bench...

Comparative Advantages and Sustainable Development in Iranian Manufacturing Industries

Dispersion in German Manufacturing Industries

Empirical research has shown tremendous productivity di erences, even within narrowly de ned industries. A great host of studies is explainsing this productivity disparity by factors such as idiosyncratic technology shocks, input price di erences, management skills, or international trade. Although these explanations are undoubtedly important, the current paper suggests that product diversi cat...

comparison of commonly used accident analysis techniques for manufacturing industries

the adverse consequences of major accident events have led to development of accident analysis techniques to investigate thoroughly the accidents. however, each technique has its own advantages and shortcomings,which make it very difficult to find a single technique being capable of analyzing all types of accidents. therefore, the comparison of accident analysis techniques would help finding ou...

Manufacturing Industries: an Overview

With the evolving needs of today’s manufacturing industries in the area of product development, 3D CAD model has become very important. Often in many situations there is a need to remanufacture a physical part where the CAD data is not available with the manufacturer or is lost because of several reasons. In such cases reverse engineering is found to be an effective and efficient tool. Reverse ...