HTL Perg DSpace Server

DSpace ist ein digitaler Dienst der Informationen und Wissen sammelt, archiviert und verteilt. Digitale Wissensdatenbanken sind ein wichtiges Werkzeug um Organisationen in der Kommunikation und Verteilung, sowie Weiterentwicklung von Informationen zu unterstützen.

 

Communities in DSpace

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Recent Submissions

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XCalc
(2026) Matzinger Daniel; Brunner Simon
Task The objective of this diploma thesis is to develop a centralized calculation tool for the architectural firm X Architekten ZT GmbH. The application consolidates construction cost estimates, fee calculations and fee distributions into a single unified system. The final result of these calculations indicates how many hours an employee should spend on a given project. The results can be exported as a PDF document whose layout conforms to the company’s corporate identity. The solution is primarily implemented as a web application and is additionally available as a desktop application. Implementation The implementation began with a requirements analysis aimed at consolidating calculations that were previously spread across multiple Excel files into one central system. After logging in, the application provides a dashboard for managing existing projects and creating new ones. A structured process guides the user through three calculation steps, culminating in a final summary with PDF export. In addition, an administrative interface enables the management of users and system-wide calculation parameters. Result The application was fully developed as part of this diploma thesis and will be handed over to the client, X Architekten ZT GmbH, upon completion of the project. Following the handover, selected employees will be trained in a presentation, and an electronic manual will document the application’s usage as well as the calculation workflow. Simon Brunner will remain available for future maintenance and support. No additional costs will be incurred by the company, as the software was developed free of charge within the scope of this thesis.
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outPort
(2026) Buchner, Herbert; Inspruckner, Janick; Hinterdorfer, Julian
SYSco EDV GmbH develops customized IT and software solutions for external partners and companies. The company’s main focus lies on business software such as ERP, CRM, and PPS systems, as well as on tailor-made software solutions designed to meet specific customer requirements. In addition, SYSco provides comprehensive IT services, including consulting, implementation, support, as well as infrastructure and security solutions. The company’s headquarters are located in Schwertberg, and it employs over 50 people. As part of this diploma thesis, the modern porter solution "outPort" was developed for SYSco EDV GmbH. This solution represents a comprehensive supplier and visitor management system that digitalizes and optimizes the entire reception process. The main objective of this project was to simplify the registration and handling of visitors, reduce manual effort at the reception desk, and at the same time provide a clear, secure, and user-friendly interface for administration and management. The developed system enables suppliers and visitors to independently register via a multilingual self-service terminal. Key features include intuitive data entry, confirmation of mandatory legal documents (such as GDPR and safety instructions), printing of visitor badges including QR codes for check-out, and direct notification of the responsible host. The latter was implemented through seamless email and calendar integration using the Microsoft Graph API. Reception staff and administrators are provided with a centralized, role-based dashboard that offers a real-time overview of all current, planned, and past visits. From a technical perspective, the project was implemented using a modern technology stack consisting of a C#.NET backend and a React frontend. By introducing standardized and partially automated processes, "outPort" significantly reduces workload at reception, and creates a professional first impression for company visitors.
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Project Comparison
(2026) Langeder, Lukas; Prinz, Andreas
This diploma thesis presents the development of a web application for comparing two software projects in a clear and structured way. The project was carried out in cooperation with ENGEL and is integrated into the existing software environment Control Studio. The purpose of the application is to help users identify differences between two projects more quickly and easily. Instead of comparing files manually, the system automatically detects changes in folders and files and displays them in a clear visual form. This is especially helpful for larger projects, where manual comparison is time-consuming and difficult to manage. The product was developed as a full-stack application with an Angular frontend and a C# .NET backend. The frontend allows users to select projects and view the comparison results in different forms, such as tree structures, tables, and detailed views. The backend performs the comparison and prepares the data for display. In addition to file and folder differences, the application also considers metadata and SAP-related information. This gives users a more complete overview of the changes between projects. In summary, the developed solution improves the comparison of software projects, reduces manual work, and helps users analyze project changes more efficiently.
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DISC
(Scheuchenstuhl, Gregor, 2026) Scheuchenstuhl, Gregor
The voestalpine Stahl GmbH operates one of the largest integrated steel plants in Europe at its Linz site. An interactive, three dimensional visualisation solution for navigating the extensive works site was previously unavailable. The aim of this thesis was the development of DISC– Digital Industrial Steel Campus– an interactive 3D visualisation application based on Unreal Engine 5.6 and the ArcGIS Maps SDK for Unreal Engine. The application represents the voestalpine works site as a navigable 3D environment, integrating real GIS data consisting of a vector base map, a digital elevation model and georeferenced 3D building models. The implemented features include free 3D navigation via mouse, keyboard and gamepad, a dynamic layer panel for toggling GIS layers, a geo-bookmark system for predefined viewpoints, a real-time overview map and a structured main menu with help screens. All mandatory requirements defined by voestalpine were fully implemented. Beyond these, several optional features such as layer transparency control and a mini-map were additionally realised.
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VisuPro
(2026) Grubbauer, Mathias; Vorreither, Alexander; Luckeneder, Justin
This diploma thesis was carried out in cooperation with BMD Systemhaus GesmbH, a company that develops business software solutions for various businesses. The goal of the project was to develop a web-based application that converts existing quality management process data into graphical process models. Business processes in enterprise software are often stored and managed in structured formats such as tables or lists. While these formats are suitable for documentation and data storage, they can make workflows, especially complex ones, difficult to understand. Relationships between individual process steps, for example, are not always immediately visible, which complicates training, analysis and documentation of business processes. The developed system fetches process data from the BMD software environment via a REST interface and prepares it for further processing. A conversion algorithm transforms the structured data into BPMN-compliant XML, which can then be visualized and edited within a browser- based editor. The graphical rendering and interaction with the diagrams are implemented using the open-source library bpmn-js. Changes made to the diagrams can subsequently be converted back into the original data format, including model-specific information such as element position and size. The resulting prototype demonstrates how existing process data can be converted into BPMN- diagrams and integrated into an enterprise software environment. By providing a graphical representation of workflows, the application improves the transparency and understandability of business processes.