Prazer-sofrimento e saúde no trabalho com automação: estudo com operadores em empresas japonesas no Pólo Industrial de Manaus

A atual configuração do mundo do trabalho caracteriza-se pela complexidade e intensificação dos riscos à saúde do trabalhador. A presente tese aborda trabalho e saúde a partir do referencial da psicodinâmica de Dejours, privilegiando a categoria prazer-sofrimento, no contexto do trabalho com automação no Pólo Industrial de Manaus - PIM. Visando situar os aspectos macroeconômicos, apresenta-se a condição sócio-econômica dos operadores e o contexto da reestruturação produtiva do PIM, que se caracterizou por intensificação da automação. O objetivo dessa pesquisa foi analisar a organização de trabalho com automação e seus desdobramentos sobre a saúde dos operadores e das operadoras de máquina de inserção automática, focalizando o prazer-sofrimento e seus reflexos sobre o processo de saúde-adoecimento. Elegeu-se a abordagem qualitativa, em consonância com a fundamentação teórico-metodológica de Dejours. A pesquisa empírica foi realizada na área de inserção automática das duas empresas de origem japonesa, de grande porte, do segmento eletroeletrônico do PIM. Participaram como sujeitos 21 operadores de máquinas (dez de uma e onze de outra empresa). A principal fonte de dados foi a fala dos sujeitos, que responderam a uma entrevista individual semi-estruturada. Para a análise de dados foi realizada uma articulação da sistemática da Grounded Theory à base psicodinâmica, como opção de técnica qualitatativa adequada a entrevistas individuais. A preocupação com a “qualidade” se destacou como categoria central, mostrando-se presente em todas as esferas da organização de trabalho e modulando a vivência de prazer-sofrimento: dentre as principais fontes de prazer, realizar o trabalho com perfeição foi reiteradamente mencionado; em contrapartida, o medo de errar é uma das principais fontes de sofrimento, causa permanente de tensão, agravante do risco de adoecimento. O prazer provém da identificação com a tarefa de operar máquinas, de alta tecnologia, sem cometer erros; aprender mais e dominar a “tecnologia de ponta” é uma fonte de mobilização subjetiva. O sofrimento decorre da sobrecarga de trabalho, mal remunerado, sob intensa pressão por “qualidade”. Para suportar o sofrimento, os trabalhadores constroem estratégias coletivas de defesa: usam gracejos direcionados aos colegas que cometem erros, interpretados como recurso para reduzir o sofrimento originário do medo de falhar. Utilizam ainda grande diversidade de estratégias individuais de defesa, reflexo do individualismo. O reconhecimento, considerado na psicodinâmica como via privilegiada para a ressignificação do sofrimento, é pouco presente: menos de metade dos operadores se considera devidamente reconhecido por seu trabalho; mencionam os baixos salários como evidência da falta de reconhecimento. Em uma das empresas também falta o reconhecimento simbólico, agravando o sofrimento. O predomínio do sofrimento sobre o prazer no trabalho conduz a um desequilíbrio que resulta no uso exacerbado de defesas: manifestam-se as patologias sociais do trabalho, dentre as quais foi identificada a patologia da sobrecarga, relacionada à carga excessiva de trabalho que é importa aos operadores e às operadoras, pois à aquisição de máquinas corresponde a redução de pessoas. O sofrimento no trabalho, no PIM, está sendo intensificado com a automação, inserida no contexto de super-exploração do trabalho, integrante da organização flexível do capital.

Promoção da segurança no cuidado de enferamgem pediátrica: contribuições para o ensino técnio

Pós-graduação em Enfermagem (mestrado profissional) - FMB

Et veritas liberabit vos: o catolicismo entre o modernismo e a tradição (1960-2013)

Pós-graduação em História - FCHS

Desenvolvimento e aplicação da instrumentação virtual na unidade móvel de ensaios na barra de tração - UMEB

Pós-graduação em Agronomia (Energia na Agricultura) - FCA

Intervention program efficacy for spelling difficulties

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Efeitos da rugosidade superficial nas propriedades de passivação de monocamadas orgânicas automontadas

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Desempenho ortográfico de escolares de 2o ao 5o ano do ensino privado do município de Londrina

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Dificuldades de aprendizagem da escrita em escolares de 1a a 4a séries do ensino público

This study aims to characterize and to compare the students writing difficulties from 1st to 4th grades of public education. The study included 80 students divided into GI (20 students from 1st grade), GII (20 students from 2nd grade), GIII (20 students from 3rd grade) and GIV (20 students from 4th grade). The procedure applied was the Assessment of Learning Difficulties in Writing. The results revealed a median learning difficulty in students of GI (greater average of errors in writing). The increasing of schooling determine a decrease of the average of these errors from GI to GIV. The study revealed that the students are still in a process of construction and appropriate of the writing system, since the average of writing errors decreased as the school level increased.

Significações e sentimentos sobre o erro: alunos que frequentam a sala de apoio à aprendizagem

Pós-graduação em Psicologia - FCLAS

DNA Damage and Its Cellular Response in Mother and Fetus Exposed to Hyperglycemic Environment

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Gestão de Estoques: análise e melhoria do processo de inventário físico em uma indústria siderúrgica

Accuracy in physical inventory process is essential to develop anefficient inventorycontrol. This ensures the availability of products and ensure that the information contained in the information systems areinaccordancewith the reality of inventories. The inventory management policies of the company aim ofthis study established that all the materials in their inventory must becounted, which is proving a challenge. Therefore, the aim of thiswork is to identify the critical inventories and analyze them, seeking flaws and possible improvements in the inventory count process. For this, we used the tools of quality management, such as Pareto and Cause and Effect Diagrams in an action research. The results show that the stocks of finished products are critical in volume and can be hampered by a lack of training and personnel trained in performing the process, as well as limitations in ERP used. With the actions taken against these problems, we could notice an improvement in the process, because the data collection and processing of data has become easier, besides the occurrence of errors decreased. In addition, there was an acceleration in meeting targets compared to the previous period

Sistema de cálculo para determinação do tempo de exposição em radioterapia veterinária

Radiotherapy in veterinary practice is already known and widely distributed in large specialized centers of developed countries. In early 2000, there were about 30 radiotherapy equipment specifically designed for the veterinary clinic in the United States. In Brazil, the veterinary radiotherapy is still confined to research in universities, where most of the procedures is radiation therapy performed with superficial x-ray machines, with a voltage between 50 and 150 kVp, focus-distance surface (DFS) between 20,0cm and 40,0cm. As that occurs in human medicine, new research strengthens the development and prospects for the use of radiotherapy as a safe option for treating cancer in animals. This paper presents a methodology for calculating the exposure time for superficial radiotherapy procedures in veterinary medicine for small animals (dogs and cats). The dosimetric parameters of X-rays are determined using a spreadsheet tool for Microsoft Office Excel, developed in this paper for a device Dermopan 2, Veterinary Hospital of UNESP in Araçatuba. Using the worksheet helps the veterinarian to determine the time of exposure to radiation determined for each clinical case, optimize the workflow for professionals in veterinary radiotherapy procedures, which often lack the medical physics in team and at the time of radiotherapy. The correct use of spreadsheet decreases the chances of errors in dose rates of radiation, providing a higher quality of care

Sistema de cálculo computacional da unidade monitora para feixes de elétrons em radioterapia

In radiation theraphy with electron beam, the electrons are produced in linear accelerators, and energy the most used have between 4MeV and 20MeV. Generally, the treatments are done for superficial injuries, because the low penetration of these particles. In this work a system for calculation of monitor units (U.M.) for cases of treatments with electron beam was developed. The Excel program of Microsoft was used and is easily found in the operational system of the personal microcomputers. In the Excel has been inserted the pertinent data of the linear accelerator of Varian, model 2100C, used in the Service of radiation theraphy of the Hospital of the Clinics of the College of Medicine of the UNESP of Botucatu. For some values of the physical parameters, such as: factors field and factors calibration, not supplied in the tests of acceptance of the machine, still proceeded calculations from interpolation and extrapolation. The mathematical formulas for automatic search of these and others factors used in the calculations of the determination of the U.M had been developed in agreement available routines in Excel. For this the functions had been used the function IF (that it imposes search condition) and the PROCH (that looks a value in a column from determined line), beyond the basic functions of addition, multiplication and division. It is intended to optimize the routine of the Services of radiation theraphy that perform through eletrontheraphy procedures, speeding the calculations and minimizing the occurrence of errors and uncertainties deriving of the maken a mistake manipulation of the parameters gotten in tables of data of electron beams

Processo de esmerilhamento, polimento e caracterização de um Shear Plate

Shearplate is an optical glass plate having two flat surfaces and a small angle between them. The use of a high quality shear plate is essential to implement shear interferometric technique . The shear interferometry is a technique used to evaluate the light beam collimation. In order to guarantee the shearplate quality , the complete manufacturing process must be thoroughly monitored. In the manufacturing process, the first step consisted of the glass selection. The selected glass has been submitted to the process of cutting, gluing, chamfering, grinding and polishing. Each phase has been strictly monitored. The quality of the final result depends extremely on an appropriate starting condition, which arises from the grinding process, as the polishing process only recovers the brightness of the part, acting on a small scale on the wearing off of the part, as well as not changing the structured obtained in the grinding process. Respecting all stages of the manufacturing process, the quality of the part has evolved to a good result. The best result obtained showed PV distance of 162 nm, slightly less than λ / 4. This result is significant because the dimensions of the piece with respect to the dimensions of the polisher what interferes directly in the results. The closer are the dimensions of piece and the dimensions of the polisher, the greater the difficulty in controlling the propagation of errors

Estudo da deposição de energia das radiofrequências através do método das diferenças finitas dependentes do tempo Monografia

Radiotherapy in veterinary practice is already known and widely distributed in large specialized centers of developed countries. In early 2000, there were about 30 radiotherapy equipment specifically designed for the veterinary clinic in the United States. In Brazil, the veterinary radiotherapy is still confined to research in universities, where most of the procedures is radiation therapy performed with superficial x-ray machines, with a voltage between 50 and 150 kVp, focus-distance surface (DFS) between 20,0cm and 40,0cm. As that occurs in human medicine, new research strengthens the development and prospects for the use of radiotherapy as a safe option for treating cancer in animals. This paper presents a methodology for calculating the exposure time for superficial radiotherapy procedures in veterinary medicine for small animals (dogs and cats). The dosimetric parameters of X-rays are determined using a spreadsheet tool for Microsoft Office Excel, developed in this paper for a device Dermopan 2, Veterinary Hospital of UNESP in Araçatuba. Using the worksheet helps the veterinarian to determine the time of exposure to radiation determined for each clinical case, optimize the workflow for professionals in veterinary radiotherapy procedures, which often lack the medical physics in team and at the time of radiotherapy. The correct use of spreadsheet decreases the chances of errors in dose rates of radiation, providing a higher quality of care