Part of the
4TU.
Federation
TU DelftTU EindhovenUniversity of TwenteWageningen University
4TU.
Federation
NL|EN
Close

4TU.Federation

+31(0)6 48 27 55 61

secretaris@4tu.nl

Website: 4TU.nl

IEEE Inertial Conference 2025 Lindau

Monday, 19 May 2025

Attending the IEEE Inertial Conference 2025 in Lindau was an invaluable experience - a unique opportunity to connect with industry leaders and understand both the market’s direction and its current pain points.

I am Konstantinos Chanioglou, a master's student in Computer Science and Engineering, a business developer, and a TU Delft Ideation Lab graduate. During my time at Ideation Lab, I worked alongside coaches from Impact Studio and Professor Peter Steeneken to explore the market potential of his recent research achievements.

More specifically, I focused on the commercialization potential of a patented technology for novel accelerometers. This innovation addresses current market limitations by delivering unprecedented sensitivity at a fraction of the cost.

At the IEEE Inertial Conference, through a series of very insightful presentations and meaningful conversations with experts, I gained a deep understanding of the real needs within the industry and where the accelerometer market is heading in the coming years.

The applications of accelerometers are truly diverse ranging from navigation in autonomous vehicles, aircraft, and submarines to seismology, oil and gas exploration, and health monitoring. Each use case comes with its own set of challenges and requirements, and companies are continuously developing different strategies to meet them.

While identifying such detailed insights usually requires time-consuming interviews with carefully scattered experts, being part of this conference brought all those voices together in one place and willing to connect with others. It was the ideal environment for a business developer aiming to make an impact with transformative technology.

Although the initial plan of attending the conference was to build strong relations in order with companies purchasing accelerometers for building navigation systems, multiple conversations with them revealed that the sensitivity of existing accelerometers is already sufficient for meeting the requirements of such applications. Instead, the most critical challenge for next-generation navigation accelerometers is handling vibrations during operation. However, it was also discovered that sensitivity remains a key performance and limitation factor in other application areas, such as seismic surveillance and health monitoring. As a result, I engaged with experts in these fields to further investigate the potential of our technology in those domains.

Now, many previously blurred aspects have become clear, and new goals have been set. I look forward to applying the knowledge gained at the conference to continue advancing in my entrepreneurial and business development journey.

Thanks to the support and funding from Impact Studio and 4TU, this eye-opening experience was made possible.