Theoretical and Applied Economics
No. 7 / 2006 (502)
Using Standard-Sole Cost Method for Performance Gestion Accounting and Calculation Cost in the Machine Building Industry
Aureliana Geta Roman
Costantin Roman
Academia de Studii Economice Bucuresti
Abstract. The main purpose of improving and varying cost calculation methods in the machine building industry is to make them more operational and efficient in supplying the information necessary to the management in taking its decisions. The present cost calculation methods used in the machine building plants - global method and the method per orders - by which a historical cost is determined a posteriori used in deducting and post factum justification of manufacturing expenses does not offer the management the possibility to fully satisfy its need for information. We are talking about a change of conception in applying certain systems, methods and work techniques, according to the needs of efficient administration of production and the plant seen as a whole. The standard-cost method best answers to the needs of the effective management of the value side of the manufacturing process and raising economic efficiency. We consider that, in the machine building industry, these objectives can be achieved by using the standard - sole cost alternative of the standard-cost method.
Contents
Arguments for the Study of Institutionalism and Institutional Reform in Romania
Organizational Transition and Change Resistance
Economic Politics, between Individual Interest and Public Interest
Corporate Governance, between Classicism and Modernism
Dilemmas of Modernity in Change
The Economy Governing During Globalization Era
Romania. The Pillars for its Sustainable Development
Using Standard-Sole Cost Method for Performance Gestion Accounting and Calculation Cost in the Machine Building Industry
The Prevailing of the Human Nature in the Economics of Adam Smith
Growth and Efficiency at the Macroeconomic Level
Pollution and Property: Is Relevant Market Failure Theory?
A Mental Value Perspective in Risk Decision Theory