|
|
iOS Client Interface for Production Scheduling System
Tomala, Tomáš ; Kočí, Radek (referee) ; Hrubý, Martin (advisor)
The aim of this bachelor thesis is to create mobile application for iOS operating system, which will serve as an interface to access PlannerLoop service. The PlannerLoop production scheduling system targets mainly smaller manufacturing companies that cannot afford to invest large sums in automated production scheduling tools. The client application of this service ensures the acquisition of the necessary user data, which it processes and sends to the computing server provided by the service. The user entered operations are scheduled by the service and placed by the client application on a timeline in the schedule, where it is possible to manipulate the operations.
|
|
|
Algorithms for forward and backward planning
Sluka, Filip ; Hromková, Ivana (referee) ; Simeonov, Simeon (advisor)
The thesis deals with production planning. It contains theoretical description of methods used for production planning and optimizing. Thesis describes bottleneck problems in production. It offers overview of ways to identify and analyze bottleneck influence to manufacturing process efficiency. Thesis proposes ways to eliminate bottlenecks using various algorithm types. It applies theoretical knowledges from optimization and graph theory to program creation that is focused on order delay and readjustment time minimizing. The program implements genetic algorithm.
|
|
|
The Study of Management of Production and Montage Processes in Manufactoring Company
Kulíková, Alena ; Čejková, Marie (referee) ; Jurová, Marie (advisor)
The bachelor´s thesis is concerned with the process of production in Gmont cable, s.r.o. – the company interested in cable harnesses for the automotive and industrial machines. The document describes and analyses the existing situation of production process. Also reflects on the suitable concept of solving of this process and refers to its positives, negatives and requirements of practical application. The purpose is the effectiveness and innovation of the process of production.
|
|
| |
|
|
Introduction to Six Sigma Method and its Application for Process Improvements
Joska, Jakub ; Žák, Libor (referee) ; Bednář, Josef (advisor)
First part of the thesis deals with the description of Six sigma method and its most commonly used methodology DMAIC. The second part is a brief introduction of specific practical problem - electroforming. The third part describes the statistical tools used to solve the given task, especially the Pearson's chi-squared test of independence. The last part of the thesis contains a summary of data, calculation itself and data analysis results.
|
|
|
Production Planning with the Support of Information System
Dvořák, Pavel ; Marvánek, Karel (referee) ; Videcká, Zdeňka (advisor)
This thesis deals with adding planning to the current information system as requirement by the company. The theoretical part describes the methodes of information systems for the production plan. These tools are mostly general and trying to cover the entire spectrum of manufacturing processes. The practical part is devoted to implementing of the produciton planning. The modul planning is incorporated into the current information system.The modul planning has been implementing for efficiency of the systemand faster throughput of the orders the company.
|
|
|
The Study of Operational Production Management in Selected Firm
Polívka, Pavel ; Tesař, Rostislav (referee) ; Jurová, Marie (advisor)
This thesis deals with operative production management in a chosen company. In the theoretical part of the study are explained the terms of production, production management, operative production management and production planning. This is followed by a brief description and characteristics of a chosen entrepreneurial subject that deals with production of automatic door systems for rail vehicles. The next part of the thesis is aimed at evaluation of operative production management of door leaves current condition with focus on manufacturing programme, production system and production process organisation. Because of the most severe lack of current condition there is an up-to-date analysis in the field of production planning and material flow in time. Based on this analysis there is a sketch of three theoretical approaches to solutions. In the final part of the thesis a brief evaluation of assets and conditions of solutions realization is carried out and there is a recommendation for production management of the company.
|
|
|
Using of Discrete Event Simulation in a Production Planning
Shylin, Ivan ; Chadima, Libor (referee) ; Videcká, Zdeňka (advisor)
Diploma thesis is dealing with the possibility of use of discrete event simulations in a production planning. The connection of the work measurement and the production planning is described. The thesis describes the modeling methodology, design and realization of the experiment with the model. The production planning part describes the processing of the data generated from the model, which are further used to demonstrate the planning method and optimization of the production plan.
|
|
|
Shop Floor Scheduling in Discrete Parts Manufacturing
Vágner, Ladislav ; Boček, Aleš (referee) ; Simeonov, Simeon (advisor)
Master´s thesis analyses the current state of the production scheduling in a manufacturing company in the automotive industry. It describes the setup system management of the module Advanced Production Planning by Helios Orange program, which company uses. This thesis introduces a new process of order and describes procedures for control of this module. Two essential steps of this new process were tested – creation of production orders and scheduling of production batches. In the end of the master´s thesis there are estimated financial savings after the implementation of the new process production scheduling.
|
|
|
Scheduling for 3D printers
Lenhart, Vojtěch ; Dosoudilová, Monika (referee) ; Kůdela, Jakub (advisor)
This bachelor thesis focuses on the problem of production planning in the context of 3D printing. It analyzes the current possibilities of software for scheduling for 3D printers and focuses on other restrictive production conditions such as entering production on a printer, refilling material or time to remove the finished product from the printing area. The next part of the work deals with the development of a console application in C # for scheduling for 3D printers. It describes the methods that were used to design the software and their problems in terms of time and computational complexity. The results of all methods are properly compared and evaluated.
|
guest ::
