This Vacancy is for Dutch speakers

Dutch follows English:

More about Mosadex E-Health

Mosadex E-Health is the place where technology and social impact come together. We are a leading software organization located in the heart of Nijmegen, within walking distance of Central Station. We have a close-knit culture with space for the individual, so that our employees experience a lot of job satisfaction. In addition, the informal atmosphere and way of working together ensure that we address each other easily and with respect. With about 80 enthusiastic colleagues, we share not only a passion for technology, but also for socializing. We regularly organize activities together and end weekly with a drink from our own tap at the office.

We are part of Mosadex, a large organization within pharmaceutical care. Together with our other companies, we develop smart (ICT) solutions that help pharmacists provide the best care on a daily basis.

What are you gonna do with us?

As a Cloud & Security Engineer at Mosadex E-health, you will work in an innovative, cloud-native environment where information security and privacy protection are central. You play a key role in securing and improving our Azure application platform and working closely with the Cloud team, the Security Administrator and the CISO. You will also advise various product teams and our management team on security issues.

• You investigate and solve security notifications : You analyze suspicious activity and ensure that risks are addressed quickly and effectively.
• You help make our SIEM (Microsoft Sentinel) platform smarter: You improve the detection rules, dashboards and processes, and think about the broader security policy.
• You organize and perform security exercises: Think of red, blue and purple teaming where you simulate attacks and test our defense.
• You test our resilience with realistic attacks: You mimic real threats and see how well our systems and people react.
• You keep a close eye on new threats and trends: You translate these into concrete improvements in our security.
• You think along about the future of our security: You advise on smart, scalable solutions that make our platform even more secure.

You work in a technically advanced environment where everything is about automation and Infrastructure as Code. This role also offers opportunities for growth towards an Information Security Officer within Mosadex.

For more information about benefits and requirements, click here

Meer over Mosadex E-health

Mosadex E-Health is dé plek waar technologie en maatschappelijke impact samenkomen. Wij zijn een toonaangevende softwareorganisatie gevestigd in hartje Nijmegen, op loopafstand van het Centraal Station. Wij hebben een hechte cultuur met ruimte voor het individu, waardoor onze medewerkers veel werkplezier ervaren. Daarbij zorgen de informele sfeer en manier van samenwerken ervoor dat we elkaar makkelijk- en met respect aanspreken. Met zo’n 80 enthousiaste collega’s delen we niet alleen een passie voor techniek, maar ook voor gezelligheid. We organiseren regelmatig activiteiten samen en sluiten wekelijks af met een drankje uit onze eigen tap op kantoor.

Wij zijn onderdeel van Mosadex, een grote organisatie binnen de farmaceutische zorg. Samen met onze andere ondernemingen ontwikkelen wij slimme (ICT)-oplossingen die apothekers dagelijks helpen de beste zorg te bieden.

Wat ga je bij ons doen?

Als Cloud & Security Engineer bij Mosadex E-health werk je in een innovatieve, cloud-native omgeving waar informatiebeveiliging en privacybescherming centraal staan. Je speelt een sleutelrol in het beveiligen en verbeteren van ons Azure applicatieplatform en werkt nauw samen met het Cloud-team, de Security Administrator en de CISO. Verder adviseer je verschillende productteams en ons managementteam over securityvraagstukken.

• Je onderzoekt en lost beveiligingsmeldingen op: Je analyseert verdachte activiteiten en zorgt dat risico’s snel en effectief worden aangepakt.
• Je helpt ons SIEM-platform (Microsoft Sentinel) slimmer te maken: Je verbetert de detectieregels, dashboards en processen, en denkt mee over het bredere securitybeleid.
• Je organiseert en voert security-oefeningen uit: Denk aan red-, blue- en purple-teaming waarbij je aanvallen simuleert en onze verdediging test.
• Je test onze weerbaarheid met realistische aanvallen: Je bootst echte dreigingen na en kijkt hoe goed onze systemen en mensen reageren.
• Je houdt nieuwe dreigingen en trends scherp in de gaten: Je vertaalt deze naar concrete verbeteringen in onze beveiliging.
• Je denkt mee over de toekomst van onze security: Je adviseert over slimme, schaalbare oplossingen die ons platform nog veiliger maken.

Je werkt in een technisch vooruitstrevende omgeving waar alles draait om automatisering en Infrastructure as Code. Deze rol biedt bovendien doorgroeimogelijkheden richting een Information Security Officer binnen Mosadex.

Klik hier voor meer informatie over de voordelen en de vereisten.

Efficient planning for demand-driven public transport in rural areas remains a complex challenge. This thesis focuses on designing a route-planning algorithm that integrates NeTEx flex and NeTEx timetable standards. You will develop a proof of concept that meets operational demands and strict business rules, aiming to create practical and scalable solutions for sustainable public transport systems.

💡Areas of Interest: Public transport, flexible routing algorithms, software development, architecture, data exchange protocols.

This graduation assignment is part of the Sustainable Public Integrated Transport Solution (SPITS) graduation project. With this project, we are committed to providing travelers with the ideal travel experience solution, making public transport much more accessible, and significantly more sustainable.

This thesis concerns an issue relevant to the Dutch public transport sector. In sparsely populated areas, demand-driven transport is increasingly replacing fixed bus lines. This approach enables operators to offer public transport in a more cost-effective and sustainable way. However, creating an efficient transport schedule for such systems remains a challenge.

Currently, established standards exist for flexible transport (NeTEx flex) and regular timetables (NeTEx timetable). Yet, integrating these standards into a cohesive system for planning and advising on demand-driven transport solutions is still an unresolved problem. Existing methods fail to meet both operational requirements and specific business rules within these standards. Suggested routes are inefficient: they often support only shared transport or demand-driven options at either the beginning or end of a journey and they struggle to seamlessly combine the needs of multiple travelers.

The Assignment

Design and develop a route-planning algorithm that leverages the NeTEx flex and NeTEx timetable standards to generate transport advice for demand-driven public transport. The solution must comply with predefined business rules and demonstrate its feasibility through a proof of concept (PoC). Your research will focus on aligning these standards in a practical, scalable, and efficient way, with the ultimate goal of improving sustainable and flexible transport operations.

B2 language proficiency in Dutch is required.

Find more benefits when graduating with Info Support and the thesis assignment here. 

Nedap has recently established a new AI team aimed at accelerating and broadening the adoption of AI within the organization. This team consists of three people and supports our four main markets in various ways.

As an AI-native Developer, you inspire and enable teams to integrate AI, automation, and conversational interfaces into their daily work. You roll out organization-wide tooling, build proof-of-concepts (PoCs), and keep colleagues sharp in a rapidly evolving technological landscape.

You collaborate with internal stakeholders from all corners of the organization. Think of development teams, product owners, and business leads from our Healthcare, Livestock Management, Retail, and Security Management markets.

Do you have a competitive and innovative mindset? Do you want to be part of a young energetic team and work in a dynamic environment? Do you have excellent analytical skills and a superb arithmetical instinct? Do you thrive under pressure? Then a role as Intraday Energy Trader at Northpool might be suited for you!

About Speakap

Speakap is a B2B mobile-first Employee Experience Platform designed for frontline and
deskless workforces. Our platform serves as an all-in-one hub, empowering employees
with the tools, information, and community they need to succeed, all accessible directly
on their phones.

With over 600 customers and more than 400,000 users across industries like retail,
hospitality, and healthcare, Speakap helps organizations improve communication,
engagement, and efficiency without relying on traditional work emails or desktops.

About the AI Lab

At the Speakap AI Lab, we are developing next-generation Generative AI solutions tomaximize value for our customers. We are a lean, technology-driven team working with
cutting-edge AI and cloud tools to tackle complex challenges. As a thesis student, you’ll
join us in pushing the boundaries of what’s possible with LLMs and AI-driven
applications, working on projects that directly impact our customers.

Thesis Topics

To support this mission, we are offering master’s thesis projects in three exciting areas:

1. Scalable Evaluation Framework for LLM Applications: 
• Develop scalable, automated pipelines to evaluate hundreds of customer-
  specific AI assistants simultaneously.
2. Improving Multi-Turn Reliability of Chatbots:
• Investigate methods to improve chatbot performance in multi-turn
  conversations.
• Reduce hallucinations and incoherence while supporting real-world, goal-
  oriented dialogue.
3. Nearly Real-Time Conversational AI (Speech-to-Speech powered by RAG)
• Design a low-latency, knowledge-grounded Speech-to-Speach (S2S) conversational AI system.

Who We’re Looking For

• Master’s students in AI, Data Science, Computer Science, or related fields who
  want to combine academic depth with practical, industry-driven impact.
• Curious and analytical minds who aren’t afraid to challenge assumptions,
  experiment with new approaches, and push the boundaries of LLM and AI
  research.
• Hands-on builders with strong research and prototyping skills who can translate
  theory into working frameworks, benchmarks, or prototypes.
• Independent problem-solvers who thrive in a lean, fast-moving environment,
  yet value collaboration and knowledge sharing within a small team.
• Strong communicators fluent in English (Dutch is a plus), able to clearly
  present ideas, results, and insights to both technical and non-technical
  audiences.

What You’ll Do

• Dive deep into a 6-month thesis project on one of our cutting-edge AI/ML
  challenges.
• Bridge research and practice by testing academic ideas in a real-world
  environment.
• Build and deliver tangible outcomes — whether it’s a prototype, scalable
  framework, or benchmark study.
• Shape the future of AI at Speakap by contributing directly to initiatives that
  impact our customers and product roadmap.

What We Offer

• A high-impact thesis project where your work won’t just sit on a shelf, it will be
  tested and used in practice.
• Close mentorship from experienced AI/ML supervisors who guide you while
  giving room for your own ideas.
• €1000 monthly compensation, plus travel reimbursement.
• Daily free lunch at our Amsterdam office.
• A dynamic, international environment where innovation, curiosity, and
  collaboration thrive.

Enter the fascinating world of the German Aerospace Center (Deutsches Zentrum für Luft und Raumfahrt e. V.; DLR) and help shape the future through research and innovation! We offer an exciting and inspiring working environment driven by the expertise and curiosity of our 11,000 employees from 100 nations and our unique infrastructure. Together, we develop sustainable technologies and thus contribute to finding solutions to global challenges. Would you like to join us in addressing this major future challenge? Then this is your place!

The Institute of Communications and Navigation, with sites in Oberpfaffenhofen and Neustrelitz, is dedicated to mission-oriented research in selected areas of communications and navigation. These are embedded in the DLR programmes on space, aviation, transport and security.

What to expect

The Communications Systems department has played a leading role in aviation research in the fields of communication, navigation and surveillance (CNS) for many years. Aviation is currently undergoing major changes: new radio technologies are being introduced to cope with the increasing volume of air traffic and the new unmanned aerial vehicles (UAVs). The development of suitable cybersecurity protocols for the new communication systems is essential. Further knowledge of operations, the legal framework in aviation or the operation of drones is advantageous.

The "Aeronautical Communications" group in the Communications Systems department develops digital radio systems for civil aviation and urban air traffic. These new aeronautical radio procedures must also be secure against external attacks. In order to guarantee the necessary security, you develop in scientific projects cybersecurity procedures for new radio links such as LDACS and DroneCAST.

Your tasks

After familiarisation with new aeronautical communication concepts and the associated aeronautical radio technologies, you:

• Identify the weak points of current and future aeronautical radio procedures.

• Design suitable cybersecurity architectures and develop suitable, cybersecure
  communication protocols for aviation and implement them in computer simulations.

• Carry out computer-aided simulations to demonstrate the effectiveness and evaluate
  the performance of developed procedures.

•  Modify and optimise the developed procedures.

•  Work in projects to support measurement campaigns and contribute to the acquisition of national and international projects.

• Publish research results in journals and at international conferences and write
  publications and project reports on the latest scientific research results.

• Work on internal projects, third-party funded projects and standardisation.

Your profile

• Completed scientific university degree (Master / Diploma Uni) in engineering (e.g.
  computer science, IT security / cybersecurity, electrical engineering or communications engineering etc.) or other degree programmes relevant to the job with a very good degree.
• Expertise in the areas of cybersecurity and/or cryptography.
• Experience with wireless networks and their cyber security.
• Good programming skills and experience with version control environments and
  configuration management.
• Ability to work independently as well as in a team-oriented, cooperative manner.
• Good command of English.

Remuneration is up to the German TVöD 13 depending on qualifications and assigned tasks.

We offer

DLR stands for diversity, appreciation and equality for all people. We promote independent work and the individual development of our employees both personally and professionally. To this end, we offer numerous training and development opportunities. Equal opportunities are of particular importance to us, which is why we want to increase the proportion of women in science and management in particular. Applicants with severe disabilities will be given preference if they are qualified.

We look forward to getting to know you!

Please apply to this position using our website:

https://jobs.dlr.de/default/job/Cybersecurity-Engineer-%28fmx%29-Drones-and-Aeronautical-Communications/2465-en_GB

If you have any questions about this position (Vacancy-ID 2465), please contact:

Dr. Stephan Sand

Department Head Communications Systems
Tel.: +49 8153 28 1464
stephan.sand@dlr.de

or

ir. Lennart Jansen

Scientific Researcher Cybersecure Communications Systems
Tel.: +49 8153 28 4021
leonardus.jansen@dlr.de

Vacancy-ID: 2465
Place of work: Oberpfaffenhofen
Starting date: As soon as possible
Career level: Graduates; Experienced professionals
Type of employment: Full-time; Part-time
Duration of contract: 3 Years
Remuneration: Remuneration is in accordance with the Collective Agreement for the Public
Sector - Federal Government (TVöD-Bund)

How can virtual healthcare assistants become more acceptable to patients? In this thesis, you will explore how personification can transform automated assistance from being perceived as intrusive to engaging. By leveraging an avatar design prototype, you’ll experiment with features that enhance user acceptance and improve the experience of elderly individuals living independently.

💡Areas of Interest: Virtual Assistants, Social AI, Software Engineering.

The Assignment

This master’s thesis is part of the graduation project ‘Ontzorg de zorg, zorg voor jezelf!’. This project gives the healthcare sector a digital boost through automation and data analysis, allowing caregivers to spend more time with patients while enabling patients to take control of their personal health data.

There is a growing deficit of healthcare professionals due to factors such as an aging population in the Western world. Additionally, most elderly individuals prefer to live independently for as long as possible, which reduces the efficiency of assistance. Automating some simpler home care tasks could free up time for tasks that benefit more from the human touch, thereby extending the period during which independent living remains viable.

Automating assistance, such as reminders to take medicine, can easily be perceived as annoying. Personifying the assisting system could improve patient acceptance. However, careful consideration is needed when deciding how to personify such an agent. This will be the focus of your investigation.

B2 language proficiency in Dutch is required.

Find more benefits when graduating with Info Support and the thesis assignment here. 

Are you enthusiastic about programming? Already working on your own projects at home or enjoying trying out new technologies? Then we have a spot for you! We're looking for motivated interns with a passion for technology for our locations.

Why do an internship with us in Heerenveen, Hoogeveen, or Amsterdam?

• You will work at a location with a lot of technical expertise, many experienced developers, and 15+ years of experience in supervising internships
• You get the opportunity to collaborate with experienced developers on solutions that matter
• You can delve into topics such as software development, algorithms, data analysis and technical modeling
• There is plenty of room for personal initiative and technical creativity
• Possibility of progression to a permanent position
   

Examples of completed assignments

HiX PromptHub – Central AI Prompting & Management:
For this assignment, a central Prompting module was developed in HiX, making Large Language Models available in a secure, manageable way for application in medical workflows. Prompts can be centrally maintained, and it is possible to enrich them with data from the patient file. The prompts can be easily invoked by other HiX functions via a standardized API, making them easy to deploy in various places within HiX. Once the prompts are deployed, all prompt invocations and generated results are automatically logged so that we can display usage statistics and user ratings for each prompt version. Finally, an additional pre-processing layer was added to format prompts and to manage the anonymization of confidential data.

Smart work distributor for radiologists:
Radiologists process dozens of imaging exams daily, but the workload varies significantly by exam type. An intern interviewed radiologists and developed an engine that automatically distributes the workload fairly, based on complexity and available information. The solution is fully modular, with a test-driven approach and the use of the flow factory design pattern. This tool helps radiologists work more efficiently and fairly, with a direct impact on their daily practice.

Room scheduling with Ant Colony Optimization:
For this assignment, a proof of concept was developed in which a mathematical optimization model based on Ant Colony Optimization was applied to automatically generate room assignments within rehabilitation clinics. The solution takes into account the availability of therapists, required facilities, and capacity constraints, replacing error-prone manual scheduling. By leveraging historical data and decision-making techniques, a more efficient and reliable scheduling process was achieved, which can be integrated into the existing HiX environment.

Techniques used

• C#
• Blazor
• Git
• SQL
• Maui

We are looking for
Computer Science / Applied Mathematics / Data Science Students

We offer

• A generous compensation with the prospect of a permanent position
• An extensive introduction to the most diverse methods and development tools within healthcare IT and our programming and data environment

Do you want to take on this challenge?
Send your motivation and/or ideas to werken@chipsoft.nl.

Do you have a better or more fun graduation idea? Feel free to contact us!