The future starts now

Future Tech Symposium

Foto van een presentatie op het IPKW bij Act Eventstudios

400+ studenst present their innovative projects. At this event sustainable innovation meets real-world impact. Come check out what the engineers of the future built!

At the Future Tech Symposium, students from semesters 4 and 6 of the Academy of Engineering and Automotive (AEA) invite you to discover how today's ideas shape our sustainable future. From smart mobility systems to cutting-edge energy technologies, more than 300 students present their vision for a more sustainable world, developed in close collaboration with industry partners.

This event brings together families, friends, teachers, professionals and innovators in one shared space: a space where technology is not only discussed, but experienced. It is a chance to witness how knowledge, creativity and courage turn into concrete solutions for global challenges.

Whether you're an expert in your field or simply curious about the future; your presence matters. The future doesn't wait.

It starts here. It starts now. With all of us.

Are you joining us?

Any questions? Contact Joost.Wiggelman@HAN.nl

From idea to impact

LEVerage

As cities aim for cleaner, smarter transport, LEVs offer an efficient solution for short-distance travel. Our goal was to create a flexible vehicle charging solution that works both on and off the grid. Integrating hydrogen fuel cell technology into the design, we allow the system to operate independently in areas with limited infrastructure.

Circular solutions in area development 2030

Our main goal is to make sure that BAM Infra can respond to the future wishes of the target group and create sustainable living solutions for the next generations. Wanting to generate real impact and contribute to a more sustainable future, we managed to come up with many ideas and then narrowed them down to two promising concepts.

Get-a-grip

Robotic automation is often seen as too complex or expensive for small companies – we aimed to lower that barrier. Therefore, we created a practical toolkit that enables companies to independently design and develop a gripper – a key component in robotic and cobotic automation. By empowering companies to take control of their own gripper design, we