Researching Manufacturing Planning and Control system and Master Scheduling in a manufacturing firm.

The objective of this thesis is to research Manufacturing Planning and Control (MPC) system and Master Scheduling (MS) in a manufacturing firm. The study is conducted at Ensto Finland Corporation, which operates on a field of electrical systems and supplies. The paper consists of theoretical and empirical parts. The empirical part is based on weekly operating at Ensto and includes inter-firm material analysis, learning and meetings. Master Scheduling is an important module of an MPC system, since it is beneficial on transforming strategic production plans based on demand forecasting into operational schedules. Furthermore, capacity planning tools can remarkably contribute to production planning: by Rough-Cut Capacity Planning (RCCP) tool, a MS plan can be critically analyzed in terms of available key resources in real manufacturing environment. Currently, there are remarkable inefficiencies when it comes to Ensto’s practices: the system is not able to take into consideration seasonal demand and react on market changes on time; This can cause significant lost sales. However, these inefficiencies could be eliminated through the appropriate utilization of MS and RCCP tools. To utilize MS and RCCP tools in Ensto’s production environment, further testing in real production environment is required. Moreover, data accuracy, appropriate commitment to adapting and learning the new tools, and continuous developing of functions closely related to MS, such as sales forecasting, need to be ensured.

Profitability planning of the ski resort project

Objective of this master’s thesis is to create an investment calculation model, which makes it possible to determine if the ski resort business can be profitable. The ultimate goal is to create a description with the help of theoretical knowledge, interviews and investment calculation model, how the operation of ski resort is possible to be profitable and what are the critical success factors for achieving this goal. Thesis is carried out as qualitative research, which is supported by the necessary constructive information utilizing calculations. The client company has provided valuable insights and material for this thesis. Theoretical report examines the steps of developing a business plan, investment components and methods as well as sensitivity analysis. The theoretical part is based on the articles, textbooks, interviews and researches. The empirical part of the thesis is assembled by benchmarking other same size Finnish ski resorts, conducting interviews and using investment calculation model. The empirical part provides comprehensive information about ski resort industry, the future of the project, the business plan and the profitability calculations. As the result of this thesis the investment calculation model, which makes it possible to simulate different scenarios for ski resort project, was formed. The model was used to create a picture in which kind of scenario the ski resort business would be profitable and what are the critical success factors in achieving this aim.

Energy and raw material consumption analysis of powder bed fusion: case study: CNC machining and laser additive manufacturing

Laser additive manufacturing (LAM), known also as 3D printing, is a powder bed fusion (PBF) type of additive manufacturing (AM) technology used to manufacture metal parts layer by layer by assist of laser beam. The development of the technology from building just prototype parts to functional parts is due to design flexibility. And also possibility to manufacture tailored and optimised components in terms of performance and strength to weight ratio of final parts. The study of energy and raw material consumption in LAM is essential as it might facilitate the adoption and usage of the technique in manufacturing industries. The objective this thesis was find the impact of LAM on environmental and economic aspects and to conduct life cycle inventory of CNC machining and LAM in terms of energy and raw material consumption at production phases. Literature overview in this thesis include sustainability issues in manufacturing industries with focus on environmental and economic aspects. Also life cycle assessment and its applicability in manufacturing industry were studied. UPLCI-CO2PE! Initiative was identified as mostly applied exiting methodology to conduct LCI analysis in discrete manufacturing process like LAM. Many of the reviewed literature had focused to PBF of polymeric material and only few had considered metallic materials. The studies that had included metallic materials had only measured input and output energy or materials of the process and compared to different AM systems without comparing to any competitive process. Neither did any include effect of process variation when building metallic parts with LAM. Experimental testing were carried out to make dissimilar samples with CNC machining and LAM in this thesis. Test samples were designed to include part complexity and weight reductions. PUMA 2500Y lathe machine was used in the CNC machining whereas a modified research machine representing EOSINT M-series was used for the LAM. The raw material used for making the test pieces were stainless steel 316L bar (CNC machined parts) and stainless steel 316L powder (LAM built parts). An analysis of power, time, and the energy consumed in each of the manufacturing processes on production phase showed that LAM utilises more energy than CNC machining. The high energy consumption was as result of duration of production. Energy consumption profiles in CNC machining showed fluctuations with high and low power ranges. LAM energy usage within specific mode (standby, heating, process, sawing) remained relatively constant through the production. CNC machining was limited in terms of manufacturing freedom as it was not possible to manufacture all the designed sample by machining. And the one which was possible was aided with large amount of material removed as waste. Planning phase in LAM was shorter than in CNC machining as the latter required many preparation steps. Specific energy consumption (SEC) were estimated in LAM based on the practical results and assumed platform utilisation. The estimated platform utilisation showed SEC could reduce when more parts were placed in one build than it was in with the empirical results in this thesis (six parts).

History in progress, 1066-1603. Planning and resource pack 1.

Ayuda a los profesores a cumplir con los requisitos de la versión revisada del programa de estudios del curriculo nacional inglés en historia para la etapa 3 (key stage 3); no solo por su contenido sino también por la estructura de las áreas de estudio. Presenta, igualmente, distintos tipos de evaluaciones para que el docente pueda hacer un seguimiento de los progresos de los alumnos y del rendimiento individual de cada uno de ellos de forma continua. Los recursos con los que cuenta son personalizados con hojas de trabajo, esquemas de lecciones y de trabajo. Se acompaña con material audiovisual en el que figura una amplia variedad de ejemplos y actividades que ayudan a ampliar las ideas y mejorar el aprendizaje de la historia por parte de los alumnos.

History in progress, 1603-1901. Planning and resource pack 2.

Ayuda a los profesores a cumplir con los requisitos de la versión revisada del programa de estudios del curriculo nacional inglés en historia para la etapa 3 (key stage 3); no solo por su contenido sino también por la estructura de las áreas de estudio. Presenta, igualmente, distintos tipos de evaluaciones para que el docente pueda hacer un seguimiento de los progresos de los alumnos y del rendimiento individual de cada uno de ellos de forma continua. Los recursos con los que cuenta son personalizados con hojas de trabajo, esquemas de lecciones y de trabajo. Se acompaña con material audiovisual en el que figura una amplia variedad de ejemplos y actividades que ayudan a ampliar las ideas y mejorar el aprendizaje de la historia por parte de los alumnos.

Go science! 1. Teacher planning and resource pack : motivation progression success.

Cumple con los requisitos de la etapa 3 de secundaria (key stage 3). Este recurso proporciona al profesor material didáctico que le ayuda a enseñar la forma de trabajar con las ciencias a través de sus principales conceptos y procesos. Incluye guías con orientaciones para actividades y preguntas que se apoyan en las lecciones del libro del alumno y, de tests al final de cada capítulo para los alumnos además de pruebas de evaluación para el profesor. Se acompaña de un CD-ROM, que contiene el texto del libro e incluye actividades interactivas, Powepoints y concursos.

History in progress, 1901-present day. Planning and resource pack 3.

Ayuda a los profesores a cumplir con los requisitos de la versión revisada del programa de estudios del curriculo nacional inglés en historia para la etapa 3 (key stage 3); no solo por su contenido sino también por la estructura de las áreas de estudio. Presenta, igualmente, distintos tipos de evaluaciones para que el docente pueda hacer un seguimiento de los progresos de los alumnos y del rendimiento individual de cada uno de ellos de forma continua. Los recursos con los que cuenta son personalizados con hojas de trabajo, esquemas de lecciones y de trabajo. Se acompaña con material audiovisual en el que figura una amplia variedad de ejemplos y actividades que ayudan a ampliar las ideas y mejorar el aprendizaje de la historia por parte de los alumnos.

Go science! 2. Teacher planning and resource pack : motivation progression success.

Cumple con los requisitos de la etapa 3 de secundaria (key stage 3). Este recurso proporciona al profesor material didáctico que le ayuda a enseñar la forma de trabajar en las ciencias a través de sus principales conceptos y procesos. Incluye guías con orientaciones para actividades y preguntas que se apoyan en las lecciones del libro del alumno y, tests al final de cada capítulo para los alumnos además de pruebas de evaluación para el profesor. Se acompaña de un CD-ROM, que contiene el texto del libro e incluye actividades interactivas, Powepoints y concursos.

Go science! 3. Teacher planning and resource pack : motivation progression success.

Cumple con los requisitos de la etapa 3 de secundaria (key stage 3).Este recurso proporciona al profesor material didáctico que le ayuda a enseñar la forma de trabajar en las ciencias a través de sus principales conceptos y procesos. Incluye guías con orientaciones para actividades y preguntas que se apoyan en las lecciones del libro del alumno y tests al final de cada capítulo para los alumnos además de pruebas de evaluación para el profesor. Se acompaña de un CD-ROM, que contiene el texto del libro e incluye actividades interactivas, Powepoints y concursos.

Reconogsing and planning for special needs in the early years.

Recurso para que los profesionales den el apoyo adecuado a los niños pequeños con necesidades educativas especiales e identifiquen y planifiquen nuevas necesidades de cada niño que tienen bajo su cuidado. Trata observación y evaluación de las necesidades, el desarrollo físico, y cómo detectar los problemas, la comunicación, el lenguaje y la alfabetización, y cómo detectar las dificultades. Hay también estudio de casos de niños de cero a cinco años y un CD-ROM con material fotocopiable.

Planning for the reuse of redundant defence estate: disposal processes, policy frameworks and development impacts

This paper reviews recent research and other literature concerning the planning and development of redundant defence estate. It concentrates on UK sources but includes reference to material from Europe and the North America were it is relevant for comparative purposes. It introduces the topic by providing a brief review of the recent restructuring of the UK defence estate and then proceeds to examine the various planning policy issues generated by this process; the policy frameworks used to guide it; comparable approaches to surplus land disposal and the appraisal of impacts; and ending the main body of the review with an analyse of the economic, social and environmental impacts of military base closure and redevelopment. It concludes that there is a significant body of work focusing on the reuse and redevelopment of redundant defence estate in the UK and abroad, but that much of this work is based on limited research or on personal experience. One particular weakness of the current literature is that it does not fully reflect the institutional difficulties posed by the disposal process and the day-to-day pressures which MOD personnel have to deal with. In doing this, it also under-emphasises the embedded cultures of individuals and professional groups who are required to operationalise the policies, procedures and practices for planning and redeveloping redundant defence estate.

Sustainable urban metabolism as a link between bio-physical sciences and urban planning: the BRIDGE project

Urban metabolism considers a city as a system with flows of energy and material between it and the environment. Recent advances in bio-physical sciences provide methods and models to estimate local scale energy, water, carbon and pollutant fluxes. However, good communication is required to provide this new knowledge and its implications to endusers (such as urban planners, architects and engineers). The FP7 project BRIDGE (sustainaBle uRban plannIng Decision support accountinG for urban mEtabolism) aimed to address this gap by illustrating the advantages of considering these issues in urban planning. The BRIDGE Decision Support System (DSS) aids the evaluation of the sustainability of urban planning interventions. The Multi Criteria Analysis approach adopted provides a method to cope with the complexity of urban metabolism. In consultation with targeted end-users, objectives were defined in relation to the interactions between the environmental elements (fluxes of energy, water, carbon and pollutants) and socioeconomic components (investment costs, housing, employment, etc.) of urban sustainability. The tool was tested in five case study cities: Helsinki, Athens, London, Florence and Gliwice; and sub-models were evaluated using flux data selected. This overview of the BRIDGE project covers the methods and tools used to measure and model the physical flows, the selected set of sustainability indicators, the methodological framework for evaluating urban planning alternatives and the resulting DSS prototype.

CCPFR : Collaborative Planning, Forecasting and Replenishment : é realmente possível a integração entre varejistas e fabricantes no processo de planejamento, na previsão de vendas e reabastecimento a ponto de diminuir as perdas nas vendas e aumentar a produtividade?

Trata da nova metodologia de planejamento colaborativo, previsão e reabastecimento, conhecida pela sigla CPFR. Aborda as principais lacunas das metodologias tradicionais, as oportunidades de negócios geradas, o modelo de negócios proposto pelo CPF R e suas etapas de implementação, as implicações sobre a organização, os principais problemas de implementação, metodologias e ferramentas de integração presentes nas empresas que utilizam o CPFR. Aponta oportunidades geradas pelo CPFR e características de integração presentes nas empresas que já utilizam o conceito.

Planning bibliography

Bibliografia sobre planificacion en el Caribe. Incluye el material existente en los centros participantes del Sistema de Informacion para la Planificacion Economica y Social del Caribe (CARISPLAN).