We leave our clients with more than products. By building meaningful relations throughout their organisation, we transform them from within and ensure we live and breathe digital together.

As a frontend React developer I transform the designs to a fully functional application. I think critical about how components should hook together and keep them easy to understand. Recently my focus shift to become a Full stack developer leveraging AWS and serverless.

PlayPass is a rapidly growing startup that develops software for festival organizers and large venues. The firm offers solutions for Access Control, Accreditation, and Cashless Payments.

In my role, I primarily handled the architecture and development of these solutions, focusing primarily on Access Control and Accreditation. As the lead developer, I mentored other developers and outlined the future vision for the software. I also played an active role in daily development activities.

My job was to work on the location estimation of small birds for the nature department, based on DASH7 Wireless technology and custom tags. Using the received signal strength the birds could be located. Research included antenna design optimisation and embedded software development.

Nivario was a full service internet agency, in love with flawless website and web-application development. My primary job was creating HTML emails, content inputting, resolving bugs in inhouse developed websites and creating smaller websites.

Graduation with Great Honors

Graduation with Honors

Monster Mirror enhances your Gloomhaven boardgame journey by providing a convenient way to view monster ability cards. Designed as a companion app, it seamlessly integrates with the physical monster ability cards rather than serving as a replacement. This ensures a streamlined and complementary experience, preserving the tactile engagement of the original game components.

Robot localization needs to be solved in order to use the robot for other purposes. In this paper, we examine the feasibility of DASH7 tags, operating on the 433 MHz unlicensed band, for locating mobile robots in domestic environments. We achieve the same level of accuracy as laser range finder based localization, while using less processing power. Our results indicate that DASH7 can be used for robot localization, solving the robot localization problem.