Back End Developer .NET - CoVadem

• You have affinity with (inland shipping, hydrography, navigation, or water in general. We will get you up to speed so that our information perfectly matches the needs of the user and other parties.
• Much of our information has a spatial factor. Preferably, you have experience with applying geographical or geometric analyses. Also consider, for example, the properties of GNSS, (vertical) reference surfaces or spatial interpolation.
• Mastery of the Dutch and/or English language. Preferably also German.
• Good working knowledge of .NET
• We are always on the move and looking for new challenges. You have the creativity to come up with solutions for this, but are also able to implement them directly in our automatic process.
• At least basic experience in Python and C#, to immediately test your new solution. This does not have to be perfect, because you also have colleagues for that. Preferably you have experience with processing geo-data and using geographic databases.
• Understanding accessibility and security compliance
• Developing scripts to bring together and structure data from different sources
• Creating datasets useful for analysis
• Developing algorithms and (machine learning) models to process data
• Applying statistical methods and machine learning algorithms to discover patterns and trends in the data
• Developing predictive models and algorithms that help companies make better decisions
• Designing big data infrastructures and integrating data management technologies
• Integration of multiple data sources and databases into one system
• Data migration, transformation, and scripting
• A good understanding and up-to-date knowledge of AI in general, machine learning and neural networks as well as their implementation
• Employ strategic thinking to drive continuous growth and innovation.
• Skilled in managing complex projects

Covadem offers an attractive compensation package matching your skills and experience. Working in a small TEAM of developers who like to have personal interaction.

The recruitment process is handled by MARPRO. For questions, please contact us on +31 6 5472 5675.

If interested, please upload your motivated application and CV, by clicking the apply link. You receive a confirmation when you have completed the application process. If you haven´t received a confirmation e-mail within 10 minutes after applying, please check your spam folder. In case you locate it in the spam folder, remember to white list the domain, so you receive invitations to interviews etc.

About Covadem

CoVadem is a unique and innovative company that emerged from an initiative of the research institutes MARIN and Deltares, Autena, Bureau Telematica Binnenvaart (BTB) and various inland shipping entrepreneurs.

With a 'floating measurement network' of more than 350 ships, we combine the measured data with public data using big data techniques and smart algorithms and provide inland shipping with an electronic water depth map every day, but also provide advice on a possible loading depth for its upcoming journey.

In addition, we regularly supply data to waterway managers such as Rijkswaterstaat, and to research institutes and universities for research purposes.

We are looking for a Back-End Developer .NET responsible who will be responsible to work together with our front end developers on the applications that help the shipping industry for the purposes of sharing accurate waterdepth via tailor made ECDIS applications and their very own Smart Dashboard. Your role will be as a new colleague and you will be integrated into a small and highly professional team with links to companies and institutes like MARIN and Deltares as well as participating in (inter)national research projects. At the moment we offer insight with, for example, electronic navigation charts (bIENCs), interactive dashboards, and easy-to-use APIs. But the possibilities with our unique source of information are of course suitable for much more than that. And that is what you will be working on. For example, can we predict what the bottom of the river will look like in a week, can we give an autonomous ship a dynamically adjusted optimal sailing line? Or perhaps we should think of a completely different visualization of the same information, 3D?