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PhD Spring School on Urban Digital Twins

This spring school offers a novel program, designed for early-career researchers to explore, learn, and innovate with cutting-edge digital twin technologies.

It will challenge participants to think critically and creatively about the security, resilience, and futureproofing of urban infrastructure. The program integrates keynote sessions, demonstrations, fundamentals and practical sessions with state-of-the-art technologies, providing participants with the abilities to add novel dimension to their research – digital twin alignment.

Practical sessions will include collaborative project-based learning, prototype development and discussions.

This PhD Spring School is aligned with other events happening in Kaunas during the previous week, namely:

  • May 14, 2025 – The 5th Building Digital Twin International Congress, organized by the Building Digital Twin Association (BDTA) and hosted by KTU. The event features workshops and presentations on digital twin innovations, with participants from industry, NGOs, municipalities, and global research communities.
  • May 15, 2025 – The 1st Building Digital Twin Scientific Conference (BDTSC2025), a scientific conference dedicated to exploring state-of-the-art research on digital twins for the built environment. This event is part of the SmartWins project, organized by KTU with support from the BDTA.

PhD school will be organized the following week: 19-23 May.

Countdown to the event:

 

We also invite you to:

BDTIC 2025
BDTSC 2025

All you need to know

This Spring School offers a unique opportunity for early career researchers to elevate their work by aligning it with cutting-edge digital twin technology. Here’s why you should participate:

Make Your Research Relevant in the Context of Digital Twins:

  • Gain insights into how digital twin technology is reshaping industries and research. By integrating this innovative approach, you can enhance the impact and relevance of your studies.

Leverage and Integrate Specific Technologies into Your Research:

  • Learn to utilize state-of-the-art tools like Cesium and iTwin, while also having the flexibility to incorporate technologies you are already familiar with or passionate about.

Develop a Functional Digital Twin for Your Research:

  • Through hands-on sessions, you will work on creating a functional digital twin that directly supports and complements your research goals, providing you with practical experience and tangible results.

Digital twin platforms empower users to integrate real-time data, leverage predictive insights, and visualize complex systems dynamically, enabling informed decision-making and enhanced performance optimization. Make it a part of your research!