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Automation of the parcel distribution process in a postal department

This thesis is devoted to automating the process of parcel distribution in the post office to increase the speed and accuracy of processing in the face of the growing demand of e-commerce. The limitations of the existing manual sorting system were analyzed and an automated solution was developed. The work defines the technical parameters and functions of the system, including the operation of conveyors, accurate data collection and parcel sorting. Structural and functional diagrams are developed, and the selection of components such as scanning devices, sorting machines, conveyors, sensors and PLCs is described. The algorithm and control program for the system were created and tested using the STEP 7 development environment and FactoryIo. The proposed automated system is aimed at significantly increasing productivity and reducing errors in the parcel processing process.

Author: Aleksandrs Panteļejevs

Supervisor: Vasilijs Gredasovs

Degree: Bachelor

Year: 2024

Work Language: English

Development of a web application for a bank transfer system

The aim of this bachelor thesis is to develop a bank web application capable of processing both MT103 and pacs.008 payment types. The system will evaluate whether it is necessary to convert payments to facilitate transactions between different account types. This work includes a comprehensive review of payment types, along with the challenges and limitations associated with SWIFT and ISO standards. Essential functionalities for such systems are identified, and an overview of similar products, their adoption of ISO standards, costs, and available services are provided. The comparison of web development frameworks affirmed ASP.NET Core as the optimal choice for this project. An internal questionnaire identified critical features and prioritised payment types for the application. Based on these insights, detailed requirements and specifications were developed, leading to the creation of the application using the ASP.NET Core Blazor framework. Upon completion, the application underwent manual and unit testing to evaluate its performance and ensure it meets the outlined requirements. This thesis documents the entire development process, from theoretical research to practical implementation and testing.

Author: Maksims Raciņš

Supervisor: Boriss Mišņevs

Degree: Bachelor

Year: 2024

Work Language: English

Study programme: Computer Science

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