Graduation Conference | Wednesday, February 5th

Software Digitale Hokkaart voor Pluimveehouders

Teun T. Spithoven Title: Digitale Hokkaart voor Pluimveehouders Description:

Vencomatic heeft recentelijk Meggsius Connect op de markt gebracht. Tijdens mijn stage heb ik een digitale hokkaart ontworpen en gemaakt. Hier kunnen gebruikers gegevens invoeren en inzien met de interface die ze al gewend zijn, maar dan digitaal. De ingevoerde gegevens zijn in Meggsius Connect terug te zien in bijvoorbeeld grafieken zoals in de afbeelding. Met de digitale hokkaart in Meggsius Connect krijgt de klant een overzicht van de gegevens in de pluimveestal, waardoor ze de bedrijfsvoering kunnen bijsturen wanneer dat nodig is en zo het maximale resultaat uit het genetisch potentieel van de kip halen.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	09:00
Room:	R10 3.42

Company:	Vencomatic
Main IT area:	Software
IT area:	Fullstack Development
Language:	Dutch

Organisational Processes Elektriciteitsverbruik ARP Nederland stroomlijnen

Thijs T.P.B. Dreessen Title: Elektriciteitsverbruik ARP Nederland stroomlijnen Description:

Netcongestie is de laatste tijd een veelbesproken onderwerp. Dit probleem ontstaat doordat de vraag naar elektriciteit in sommige regio’s groter is dan wat het stroomnet aankan. Ook ARP Nederland heeft hiermee te maken. Op bepaalde momenten van de dag is hun piekbelasting hoger dan wat contractueel is afgesproken. Omdat dit een regionaal probleem is, heeft de netbeheerder benadrukt dat het overmatige stroomverbruik onder controle moet worden gebracht. Als dit niet gebeurt, zullen er mogelijk consequenties volgen. Tijdens mijn afstudeerscriptie heb ik onderzocht hoe ARP beter inzicht kan krijgen in hun elektriciteitsverbruik en welke opties er zijn om meer controle over dit verbruik te verkrijgen. Het resultaat van mijn onderzoek is een energiemanagementdashboard dat verschillende databronnen samenbrengt om een helder beeld van het verbruik te geven. Daarnaast heb ik een adviesrapport opgesteld waarin ik maatregelen en technieken beschrijf die ARP zowel op korte als lange termijn kunnen helpen hun verbruik onder controle te houden.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	09:00
Room:	R10 3.43

Company:	ARP Nederland
Main IT area:	Organisational Processes
IT area:	Business Intelligence
Language:	Dutch

Software LLM-Driven Requirement Elicitation and Refinement

Honza J. Fojtík Title: LLM-Driven Requirement Elicitation and Refinement Description:

During my graduation internship at Sioux Technologies in Eindhoven, I developed a pipeline for streamlining and optimizing requirement engineering processes using Large Language Models (LLMs). The solution enables cross-domain experts to collaborate more effectively by automatically generating, refining, and validating requirements from recorded conversations. The system features speech-to-text transcription, requirement extraction, domain model generation, and an intelligent keyword management system that helps maintain consistency across requirements. Additionally, a WPF-based user interface was developed to provide an intuitive workflow for recording conversations, managing requirements, and reviewing domain-specific terminology. The application integrates with modern LLM APIs (OpenAI, Anthropic) and implements the ReqIF standard for requirement interchange, making it compatible with existing requirement management tools.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	10:00
Room:	R10 2.15

Company:	Sioux Technologies
Main IT area:	Software
IT area:	Back-end Development
Language:	English

Infrastructure Optimalisatie van vulnerability management: evaluatie en selectie van een nieuwe oplossing voor Simac

Tom T. van Doren Title: Optimalisatie van vulnerability management: evaluatie en selectie van een nieuwe oplossing voor Simac Description:

Simac is een IT-dienstverlener. Het bedrijf levert technologie ter verbetering van bedrijfsprocessen aan middelgrote en grote organisaties en verzorgt het onderhoud van deze technologie.
Binnen Simac is het Security Operations Center (SOC) opgericht voor het leveren van beveiligingsdiensten aan klanten. Een belangrijke verantwoordelijkheid van het SOC is het beoordelen en beheren van risico's en kwetsbaarheden binnen klantomgevingen. Momenteel maakt het SOC gebruik van specifieke tools voor dit doel. Echter is er een groeiende ontevredenheid over de effectiviteit van deze tools. Het Simac SOC is daarom op zoek naar een efficiëntere en betrouwbaardere oplossing voor het beoordelen en beheren van risico's en kwetsbaarheden.

Het doel van dit project is om de huidige vulnerability management oplossing van het SOC in kaart te brengen. Op basis van deze evaluatie wordt gekeken naar de eventuele tekortkomingen van de huidige oplossing, dit kunnen tekortkomingen zijn vanuit de tool, processen of het team. Voor deze tekortkomingen wil Simac adviezen. Simac wil met deze adviezen een efficiëntere en meer gestroomlijnde vulnerability management oplossing krijgen om zo klanten beter te beveiligen tegen mogelijke kwetsbaarheden en risico’s binnen hun infrastructuur.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	10:00
Room:	R10 4.12

Company:	Simac IT NL
Main IT area:	Infrastructure
IT area:	Cyber Security
Language:	English

Infrastructure Harnessing the power of automation for external threat assessment

Issam Aqeel Khalid I.A.K. Al Zadjali Title: Harnessing the power of automation for external threat assessment Description:

The content focuses on improving the processes of the external threat assessment using such kind of publicly available data and advanced OSINT tools. The Vodafone Oman current external threat assessment capabilities are assessed, gaps and how it could be improved are identified. In this research, actional intelligence has been gathered using data sources such as MXToolbox, Shodan, CrowdStrike, OpenPageRank, etc. The project also contains machine learning experiments to discover data patterns and estimate the vulnerability like leaked credentials and DNS zone transfer risks.

The deliverables are a scoring system on domains, emails, and IPs rated on an SEO, security reputation and blacklist status. Furthermore, the project also presents insights on how open data can be most useful for carrying out threat assessments. This leads to a coherent framework for threat identification which also mitigates data unreliability and fills the gap between actual and desired security outcomes.

Beyond adding value to Vodafone Oman in improving the threat detection process, this project contributes to other organizations interested in building their cybersecurity resilience using this model as a replicable model.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	11:00
Room:	R10 3.28

Company:	Vodafone
Main IT area:	Infrastructure
IT area:	Cyber Security
Language:	English

Software Serverless Architectural Advancements: Developing a Robust Testing, Deployment and Monitoring Pipeline for Homed-IQ

Svetoslav S.B. Hristov Title: Serverless Architectural Advancements: Developing a Robust Testing, Deployment and Monitoring Pipeline for Homed-IQ Description:

During my graduation internship at Homed-IQ, I designed and implemented improvements for the observability of their serverless back-end. This task involved enhancements in their logging capabilities, thorough evaluation of monitoring platforms, implementation of a log management dashboard, automation of testing and deployment processes. In addition, I took part in assignments outside of my initial scope - I designed and implemented a dashboard that displays crucial information about their test handling process that updates in real-time and also realised a solution that generates custom PDF reports, based on customer-filled questionnaires. To summarize, my work during the internship simplified various internal processes, provided better control over Homed-IQ's software development and improved customer experience.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	11:00
Room:	R10 2.31

Company:	Homed-IQ Europe BV
Main IT area:	Software
IT area:	Cloud Computing
Language:	English

Organisational Processes Client Satisfaction dashboard GGZ

Joy J.C. Gnanapragasam Title: Client Satisfaction dashboard GGZ Description:

This project focuses on enhancing Zuyderland GGZ’s ability to monitor and analyze client satisfaction through the Consumer Quality Index (CQI). While the CQI survey provides valuable insights into client experiences, Zuyderland GGZ currently lacks a streamlined method to access and review these results in real time. The existing process relies on manual data retrieval via the IT department.

Additionally, Zuyderland GGZ uses multiple tools, such as Power-BI, Tableau, and Excel, to monitor care quality and performance. However, this setup makes it challenging for stakeholders to efficiently access and analyze data across platforms.

To address these challenges, I will develope a centralized dashboard in Power-BI. This dashboard will unify various themes, including client satisfaction, under the framework of a 9-Grid Model. The "Customer" theme within this model will focus on integrating CQI data, offering real-time insights and user-friendly visualizations to support continuous improvement in client-centered care.

This project aims to give care professionals one clear and reliable place to access information about the survey. By combining different tools into a single system, it will be easier to monitor client satisfaction, make faster decisions, and improve services. Zuyderland GGZ strives to enhance mental healthcare while meeting both organizational and national quality standards.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	11:30
Room:	R10 3.43

Company:	Medisch Center Zuyderland
Main IT area:	Organisational Processes
IT area:	Business Intelligence
Language:	Dutch

Software Speed Optimization

Teun T. Visser Title: Speed Optimization Description:

I started an internship at Open Circle Solutions this September, where I explored innovative technologies to enhance the performance and adaptability of their products. My project revolved around researching methods for storing and retrieving data across multiple database systems, with the aim of finding solutions that not only delivered high performance but also integrated seamlessly into the company’s existing tech-stack.
Throughout the internship I conducted research, analyzed the compatibility of modern database architectures and benchmarked the performance and resilience thoroughly using extensive stress tests.

The result of my research will be used by Open Circle Solutions in the near future, serving as reference for their next project.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	12:00
Room:	R10 4.12

Company:	Open Circle Solutions
Main IT area:	Software
IT area:	Back-end Development
Language:	Dutch

Software Cape Core API V1 to V2 Migration

Tsanko T.N. Nedelchev Title: Cape Core API V1 to V2 Migration Description:

The Cape Core API Migration project focuses on transitioning the platform’s Core API from a legacy PHP framework to a modern TypeScript and Node.js stack. This upgrade addresses ongoing challenges with scalability, maintainability, and development speed, ensuring the platform can keep up with Cape’s rapid growth and evolving client needs.

The migration strategy avoids disruptions by using a modular approach to incrementally shift functionality while maintaining compatibility with the existing system. The API remains a monolithic application, but its structure aligns with modern development practices, improving maintainability and scalability.

By moving to Cape’s standard tech stack, the project simplifies development, removes outdated dependencies, and positions the platform for sustained growth. This modernization supports faster feature development and provides a solid foundation for the platform to evolve and meet future demands.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	13:00
Room:	R10 0.31

Company:	Cape
Main IT area:	Software
IT area:	Back-end Development
Language:	English

Software Synthesized Publishing - Cultivating Digital Knowledge

Mitchel M.J. Kuijpers Title: Synthesized Publishing - Cultivating Digital Knowledge Description:

The Synthesized Publishing project aims to move away from the current trend of automated publishing platforms that prioritize content volume over value. Instead, it focuses on content curation and refinement using Large Language Models (LLMs).

The goal was to create a blueprint for future AI-powered publishing platforms that balance automation with thoughtful curation, helping users navigate the growing complexity of digital information while ensuring content quality and relevance.

Developed as a proof-of-concept for the DPBTSE research group at Fontys University, the project serves as an experimental prototype to explore how AI can transform information sharing while maintaining ethical considerations. Rather than contributing to information overload, it aims to synthesize knowledge in a more focused and meaningful way.

The proof-of-concept features an AI curator agent that autonomously aggregates, analyses, and refines content from information streams. Unlike traditional content aggregators, it emphasizes quality and relevance by curating information based on users' specific interests across domains like arts, education, cultural exchange, and more.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	14:00
Room:	R10 0.35

Company:	DPBTSE (Part of the IXD research group)
Main IT area:	Software
IT area:	AI Engineering
Language:	Dutch

Organisational Processes Enhancing Efficiency and Accuracy in Sales Call Reporting for ORBIS SE NL Clients using Microsoft Low-Code Process Automation and AI-Powered Solutions

Alex Alexander Alangghya Title: Enhancing Efficiency and Accuracy in Sales Call Reporting for ORBIS SE NL Clients using Microsoft Low-Code Process Automation and AI-Powered Solutions Description:

Sales representatives at ORBIS SE NL play a crucial role in documenting client interactions through sales call reports. These reports capture key details from meetings, calls, and site visits, including client feedback, agendas, and follow-up actions, which are essential for shaping business strategies and decisions. Currently, these reports are completed using Dynamics 365 CRM, primarily via a web-based interface. However, this process is time-consuming and manual, making it inefficient for sales representatives, particularly those working remotely. The platform's lack of mobile optimization and reliance on repetitive data entry often leads to errors, delays, and reduced productivity, ultimately affecting client engagement and overall performance.

To address these challenges, the project aims to develop a mobile application powered by Microsoft tools, including Power Platform, Azure cognitive service, and Copilot agent. This app will streamline and automate the call reporting process, making it more efficient and accessible for on-the-go sales representatives. Key features of the app include real-time transcription to automate note-taking, voice-to-text functionality for quick and accurate reporting, and the smart follow-up action suggestions. Additionally, the app will integrate seamlessly with Dynamics 365, ensuring consistency with existing workflows and systems.

By automating and optimizing the call reporting process, the mobile app will enable faster, more accurate data entry, significantly reducing the administrative burden on sales representatives. This solution will allow sales teams to focus on meaningful client interactions while improving productivity and decision-making. Ultimately, the project will enhance the efficiency and accuracy of sales call reports, aligning with ORBIS SE NL's commitment to delivering innovative, user-friendly solutions for their clients.

Location:	Eindhoven
Date:	Wednesday 5 February 2025
Time:	14:00
Room:	R10 2.43

Company:	ORBIS SE Netherlands
Main IT area:	Organisational Processes
IT area:	Low code Process Development
Language:	English

Wednesday, February 5th

Eindhoven - R10