The Project will have the scope to the entire territory of Peru, in the natural regions: coast, mountain and forest. The beneficiaries of this project; entrepreneurs of Micro and Small Enterprises (MSEs), located in the main population centers of the country constitute 94% of the production centers of the country and contribute only 20% of the share of national GDP. Farmers also benefit from this project, just to maintain production to meet local demand and a scenario of poor promotion of new crops and limited expansion of the agricultural frontier. 

The paper presents a methodology for the design of a "system cost for Maquicentro shoe-San Marcos School of Industrial Engineering," taking into account the volume and diversity of production (business size), the control needs the costs of installation, implementation and maintenance. Indirect costs allocable to each work order are defined by selecting the appropriate bbase as distribution.

The Project will have the scope to the entire territory of Peru, in the natural regions: coast, mountain and forest. The beneficiaries of this project; entrepreneurs of Micro and Small Enterprises (MSEs), located in the main population centers of the country constitute 94% of the production centers of the country and contribute only 20% of the share of national GDP. Farmers also benefit from this project, just to maintain production to meet local demand and a scenario of poor promotion of new crops and limited expansion of the agricultural frontier. 

The paper presents a methodology for the design of a "system cost for Maquicentro shoe-San Marcos School of Industrial Engineering," taking into account the volume and diversity of production (business size), the control needs the costs of installation, implementation and maintenance. Indirect costs allocable to each work order are defined by selecting the appropriate bbase as distribution.

Science, Technology and Innovation for our national development

In 1957 the National University of San Marcos, in order to investigate the most pressing human problems posed by the economic and social reality of the country, created the Institute of Human Relations and Productivity, to train experts in Personnel Management, Analysis Cost and Market and Labor Relations. In 1960 the Institute became the Graduate School of the Faculty of Economic Sciences, to train experts in Public Relations and Advertising, Industrial Relations and Production Engineering and Management. This training was aimed at those who had completed college and leading to diplomas of Experts. 

Science, Technology and Innovation for our national development

Science, Technology and Innovation for our national development

En 1957 la Universidad Nacional Mayor de San Marcos, con la finalidad de investigar los problemas humanos más urgentes planteados por la realidad económica y social del país, crea el Instituto de Relaciones Humanas y Productividad, para formar expertos en Personal, en Administración, en Análisis de Costos y Mercado y en Relaciones de Trabajo. En 1960 el Instituto se convierte en Escuela Superior de Graduados de la Facultad de Ciencias Económicas, para formar expertos en Relaciones Públicas y Publicidad, en Relaciones Industriales y en Ingeniería de Producción y Gerencia. Esta formación estaba dirigida a quienes tenían estudios superiores concluidos y conducía a la obtención de diplomas de Expertos.

Science, Technology and Innovation for our national development

El crecimiento de la economía del país y por tanto del mercado en todas las actividades empresariales está posibilitando la agresiva expansión de sus ventas. Pero este crecimiento requiere liquidez incremental como capital de trabajo. Los negocios corren el riesgo de limitar su crecimiento si la liquidez que necesitan para asegurarlo excede de la propia generación de fondos. Por tanto, requieren de pronósticos financieros que les permita visualizar los requerimientos de fondos incrementales con la debida anticipación, y conocer si cuentan con los fondos propios generados internamente o gestionar lo necesario en la banca. En este artículo se presenta la metodología e interpretación de resultados en el uso de dos modelos para una estimación rápida de las necesidades de fondos, vale decir, el fondo de maniobra adicional estructural para sostener el incremento de las ventas

A combined cycle is characteristic of a power producing engine or plant that employs more than one thermodynamic cycle. Heat engines are only able to use a portion of the energy their fuel generates (usually less than 30%). The remaining heat from combustion is generally wasted. Combining two or more “cycles” such as the Brayton cycle and Rankine cycle results in improved overall effi ciency. In a combined cycle power plant (CCPP), or combined cycle gas turbine (CCGT) plant, a gas turbine generator generates electricity and the waste heat is used to make steam to generate additional electricity via a steam turbine; this last step enhances the effi ciency of electricity generation.

The article reviews the concepts of prediction and presents a new methodology, which uses the Box- Jenkins class, for prediction of demand for calls, which make customers call centers known as callcenter. The study concludes that the use of time series tools, works efficiently, which would be in improving the efficiency and competitiveness in the call center.

The article presents a methodology that uses the time series, for forecasting indices closing prices, which made the stock market centers. The behavior response to a current generated on the expectation value of change in the preceding moment, ie an expected value conditioned by the variance of previous period. The GARCH model is the key part of the investigation. It presents a clear and detailed each of the activities undertaken to quantify market risk. ARIMA methodology is applied to predict the yields of the series, which generally have a variance is not constant over time, ie the existence of heteroscedasticity present and should be used generalized autoregressive conditional heteroskedasticity, for the company under study.

The culture of standardization is necessary to compete globally, and to this ISO has developed a number of management systems geared to quality, environment, occupational safety and human resources, this means the need to integrate systems through the System integrated Management - GIS

A modern businesses no longer enough for them implementing the Management Standards and ISO 9000 Asegurameinto d Quality, that are thousands that have this certification in the world. now need to differentiate competing to demonstrate what the best of the best are, for this decribes the model then reveals what ue has to make a modern enterprise to achieve competitiveness and why not compete for Prize and the quality of our country.

The present article presents a system of quelity where the statistic and teh administration creates a new form of making quality with the data to arrive at the level Six Sigma (6σ) the means 3.4 defects for million of opportunities (DMPO) and it is based on identifying the opportunities of defects in the company, suppliers and clients.

Any system to work it has to be audited, you have to compare it versus regulated records and procedures, system assurance and quality management ISO 9000:2000 has s respective standard ISO 10011 which is a guide to audit quality systems .

The growth of the country’s economy and therefore the market in all business activities is enabling the aggressive expansion of its sales. But this growth requires incremental liquidity as working capital. The business run the risk of limiting their growth if the liquidity needed to secure it exceeds the own generation of funds. Therefore require financial forecasts that they can visualize the incremental funds requirements well in advance, and know if they have with their own funds generated internally or manage what is necessary in the banking. In this article presents the methodology and interpretation of results in the use of two models for a quick estimate of the needs of funds, namely, the fund additional maneuver structural to sustain the increase in sales.

A combined cycle is characteristic of a power producing engine or plant that employs more than one thermodynamic cycle. Heat engines are only able to use a portion of the energy their fuel generates (usually less than 30%). The remaining heat from combustion is generally wasted. Combining two or more “cycles” such as the Brayton cycle and Rankine cycle results in improved overall effi ciency. In a combined cycle power plant (CCPP), or combined cycle gas turbine (CCGT) plant, a gas turbine generator generates electricity and the waste heat is used to make steam to generate additional electricity via a steam turbine; this last step enhances the effi ciency of electricity generation.