Internship | Innovative Software ApplicationTooling (with AIML component) | Leuven
Job Summary
For our office in Leuven we are looking for highly qualified and motivated professionals like you. If you think you have what it takes to keepSeptentriofirmly in Pole Position get in touch.
We need you for the position of
Innovative Software Application - Tooling (with AI-ML component)
The Job
To be an intern at Septentrio is not only a learning opportunity but also a chance to apply your theoretical knowledge in a real-world high-impact environment. You will work on advanced technologies tackle meaningful challenges and contribute valuable our international environment you are treated as a professional from day one.
Description Of The Project
GPS/GNSS positioning is becoming a core enabler in IoT autonomous systems and Industry 4.0 technologies. Septentrios GNSS receivers play an important role thanks to their accuracy resilience and flexible integration capabilities.
This internship focuses on exploring innovative software solutions and interfaces that enhance how users interact with and extract value from Septentrio receivers. You will investigate how to translate key receiver strengths such as anti-jamming anti-spoofing and signal resilience into intuitive software tools monitoring systems or cloud-based applications.
As part of the project you will also explore how Artificial Intelligence (AI) and Machine Learning (ML) can be applied to GNSS data and to the receiver interfaces (for example in anomaly detection intelligent monitoring data analysis or predictive insights natural language configuration) as one of several possible approaches to enhance the solution.
The objective is to design a solution that helps extend Septentrios core technology into easy-to-use scalable systems for applications such as UAVs security monitoring IoT networks or other autonomous systems.
Responsibilities Of The Intern
- Gather requirements and propose an innovative software concept leveraging Septentrio receiver capabilities
- Explore different approaches (including AI/ML where relevant) to enhance GNSS data usability and insights
- Design and prototype user-friendly interfaces tools or applications
- Connect receiver data to modern software ecosystems (e.g. cloud platforms APIs APIs for AI dashboards)
- Evaluate use cases such as UAVs networks and autonomous systems
- Create a high-level system architecture and design
- Develop a working prototype or demonstrator
- Document your solution and make it accessible for broader adoption
Your main goal is to drive innovation in how GNSS data is used and experienced with AI/ML as a potential enablernot a requirement.
Your qualifications
You are studying IT Software Engineering Industrial Engineering Physics Electronics Engineering or a related field.
You have:
- Programming experience in Python C/C or similar
- Interest in software development data processing or system integration
- Basic understanding or curiosity about AI/ML concepts (nice to have not mandatory)
- Experience with Linux/Windows environments
Nice to have:
- Experience with data analysis or AI/ML frameworks (e.g. TensorFlow PyTorch scikit-learn)
- Familiarity with cloud technologies APIs MQTT REST JSON
- Knowledge of data visualization tools (e.g. Grafana or similar)
- Interest in GNSS signal processing or interference detection
- Experience with UI/UX design or app development (Android/iOS)
You are an independent and flexible thinker with a strong innovative mindset eager to explore new technologies and approaches.
Our Offer
We offer a full-time internship of 3 to 6 months with flexibility to adapt to your academic schedule. Throughout the internship you will benefit from regular guidance and close collaboration with experienced team members allowing you to develop both technical and professional skills.
Our offices are based in a vibrant welcoming environment and we look forward to seeing you soon!
Required Experience:
Intern
About Company
Discover Septentrio's high-precision GPS/GNSS receivers, designed for secure and reliable positioning with advanced protection against GNSS jamming and spoofing.