
33rd International Conference on
Transdisciplinary Engineering
JULY 6-10, Tainan, National Cheng Kung University
JULY 6-10, Tainan, National Cheng Kung University
JULY 6-10, Tainan, National Cheng Kung University

33rd International Conference on
Transdisciplinary Engineering
JULY 6-10, Tainan, National Cheng Kung University
Design for Human and Intelligent Agency
Design for Human and Intelligent Agency
As intelligent systems increasingly shape our environments, behaviors, and decision-making, the question of human agency becomes more pressing than ever. This year’s conference invites transdisciplinary perspectives to explore how design—integrated with engineering, data science, and the humanities—can reinforce autonomy, emotional well-being, and ethical engagement in complex socio-technical systems. From affective computing and adaptive interfaces to human-in-the-loop systems and resilient infrastructures, we seek contributions that reimagine intelligent futures where people are not only present—but empowered.
As intelligent systems increasingly shape our environments, behaviors, and decision-making, the question of human agency becomes more pressing than ever. This year’s conference invites transdisciplinary perspectives to explore how design—integrated with engineering, data science, and the humanities—can reinforce autonomy, emotional well-being, and ethical engagement in complex socio-technical systems. From affective computing and adaptive interfaces to human-in-the-loop systems and resilient infrastructures, we seek contributions that reimagine intelligent futures where people are not only present—but empowered.
As intelligent systems increasingly shape our environments, behaviors, and decision-making, the question of human agency becomes more pressing than ever. This year’s conference invites transdisciplinary perspectives to explore how design—integrated with engineering, data science, and the humanities—can reinforce autonomy, emotional well-being, and ethical engagement in complex socio-technical systems. From affective computing and adaptive interfaces to human-in-the-loop systems and resilient infrastructures, we seek contributions that reimagine intelligent futures where people are not only present—but empowered.


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TE 2026 will release further details in due course. If you are interested in our conference, we invite you to subscribe in order to receive the latest official updates and announcements.
TE 2026 will release further details in due course. If you are interested in our conference, we invite you to subscribe in order to receive the latest official updates and announcements.
TE 2026 will release further details in due course. If you are interested in our conference, we invite you to subscribe in order to receive the latest official updates and announcements.
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Call for Papers!
We are calling for special theme track, workshop and speical issues!
2025/08/27
Call for Papers!
We are calling for special theme track, workshop and speical issues!
2025/08/27
Call for Papers!
We are calling for special theme track, workshop and speical issues!
2025/08/27
Call for Papers!
We are calling for special theme track, workshop and speical issues!
2025/08/27
Theme announced!
Themes of TE 2026 are released, please check!
2025/08/27
Theme announced!
Themes of TE 2026 are released, please check!
2025/08/27
Theme announced!
Themes of TE 2026 are released, please check!
2025/08/27
Theme announced!
Themes of TE 2026 are released, please check!
2025/08/27
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Welcome to TE2026

Transdisciplinary Engineering is an emerging approach that extends and evolves the initial basic concepts and practice known as Concurrent Engineering (CE). CE has matured and has become the foundations of many new ideas, methodologies, initiatives, approaches and tools. Generally, CE concentrates on enterprise collaboration and its many different elements; from integrating people and processes to very specific complete multi/inter/trans-disciplinary solutions, taking the user into account. Current research on CE is driven by many factors like increased customer demands, globalization, (international) collaboration and environmental strategies. The successful application of CE in the past opens also the perspective for future applications like overcoming natural catastrophes, sustainable mobility concepts with electrical vehicles, and intensive, integrated, data processing, with an increasing importance of Transdisciplinarity.
User and application environments are more and more included into design and development to customize new products and implement solutions that are really needed and wanted. Research incorporates then also social science methodologies to acquire the necessary knowledge about users and context and to better implement solutions in their context. Engineering needs these approaches to be more successful with their innovation efforts. Most importantly, collaboration between different disciplines is needed to realise this approaches. Not one discipline can possess all knowledge necessary to solve the complex problem of our era.
Transdisciplinarity is characterising modern research areas, in which physical sciences are integrated with social sciences, requiring mixed research and practice methods for achieving the work. It is expected to be a significant basis for future evolution, especially in all Engineering areas.
The ISTE website hosts a working definition document that seeks to provide a clear definition or scope of transdisciplinary engineering - a focal point for the community to discuss and debate as a means of better reflection on engineering practice in general. TE2024 will present an evolution of ideas in this area and there will be time to discuss and debate this during the conference and beyond.
For a working guide to help ensure your submission to TE2024 is in scope for TE conferences please see guidance and templates under submissions menu or visit the Conference Theme page for more guidance.

Transdisciplinary Engineering is an emerging approach that extends and evolves the initial basic concepts and practice known as Concurrent Engineering (CE). CE has matured and has become the foundations of many new ideas, methodologies, initiatives, approaches and tools. Generally, CE concentrates on enterprise collaboration and its many different elements; from integrating people and processes to very specific complete multi/inter/trans-disciplinary solutions, taking the user into account. Current research on CE is driven by many factors like increased customer demands, globalization, (international) collaboration and environmental strategies. The successful application of CE in the past opens also the perspective for future applications like overcoming natural catastrophes, sustainable mobility concepts with electrical vehicles, and intensive, integrated, data processing, with an increasing importance of Transdisciplinarity.
User and application environments are more and more included into design and development to customize new products and implement solutions that are really needed and wanted. Research incorporates then also social science methodologies to acquire the necessary knowledge about users and context and to better implement solutions in their context. Engineering needs these approaches to be more successful with their innovation efforts. Most importantly, collaboration between different disciplines is needed to realise this approaches. Not one discipline can possess all knowledge necessary to solve the complex problem of our era.
Transdisciplinarity is characterising modern research areas, in which physical sciences are integrated with social sciences, requiring mixed research and practice methods for achieving the work. It is expected to be a significant basis for future evolution, especially in all Engineering areas.
The ISTE website hosts a working definition document that seeks to provide a clear definition or scope of transdisciplinary engineering - a focal point for the community to discuss and debate as a means of better reflection on engineering practice in general. TE2024 will present an evolution of ideas in this area and there will be time to discuss and debate this during the conference and beyond.
For a working guide to help ensure your submission to TE2024 is in scope for TE conferences please see guidance and templates under submissions menu or visit the Conference Theme page for more guidance.

Transdisciplinary Engineering is an emerging approach that extends and evolves the initial basic concepts and practice known as Concurrent Engineering (CE). CE has matured and has become the foundations of many new ideas, methodologies, initiatives, approaches and tools. Generally, CE concentrates on enterprise collaboration and its many different elements; from integrating people and processes to very specific complete multi/inter/trans-disciplinary solutions, taking the user into account. Current research on CE is driven by many factors like increased customer demands, globalization, (international) collaboration and environmental strategies. The successful application of CE in the past opens also the perspective for future applications like overcoming natural catastrophes, sustainable mobility concepts with electrical vehicles, and intensive, integrated, data processing, with an increasing importance of Transdisciplinarity.
User and application environments are more and more included into design and development to customize new products and implement solutions that are really needed and wanted. Research incorporates then also social science methodologies to acquire the necessary knowledge about users and context and to better implement solutions in their context. Engineering needs these approaches to be more successful with their innovation efforts. Most importantly, collaboration between different disciplines is needed to realise this approaches. Not one discipline can possess all knowledge necessary to solve the complex problem of our era.
Transdisciplinarity is characterising modern research areas, in which physical sciences are integrated with social sciences, requiring mixed research and practice methods for achieving the work. It is expected to be a significant basis for future evolution, especially in all Engineering areas.
The ISTE website hosts a working definition document that seeks to provide a clear definition or scope of transdisciplinary engineering - a focal point for the community to discuss and debate as a means of better reflection on engineering practice in general. TE2024 will present an evolution of ideas in this area and there will be time to discuss and debate this during the conference and beyond.
For a working guide to help ensure your submission to TE2024 is in scope for TE conferences please see guidance and templates under submissions menu or visit the Conference Theme page for more guidance.

Transdisciplinary Engineering is an emerging approach that extends and evolves the initial basic concepts and practice known as Concurrent Engineering (CE). CE has matured and has become the foundations of many new ideas, methodologies, initiatives, approaches and tools. Generally, CE concentrates on enterprise collaboration and its many different elements; from integrating people and processes to very specific complete multi/inter/trans-disciplinary solutions, taking the user into account. Current research on CE is driven by many factors like increased customer demands, globalization, (international) collaboration and environmental strategies. The successful application of CE in the past opens also the perspective for future applications like overcoming natural catastrophes, sustainable mobility concepts with electrical vehicles, and intensive, integrated, data processing, with an increasing importance of Transdisciplinarity.
User and application environments are more and more included into design and development to customize new products and implement solutions that are really needed and wanted. Research incorporates then also social science methodologies to acquire the necessary knowledge about users and context and to better implement solutions in their context. Engineering needs these approaches to be more successful with their innovation efforts. Most importantly, collaboration between different disciplines is needed to realise this approaches. Not one discipline can possess all knowledge necessary to solve the complex problem of our era.
Transdisciplinarity is characterising modern research areas, in which physical sciences are integrated with social sciences, requiring mixed research and practice methods for achieving the work. It is expected to be a significant basis for future evolution, especially in all Engineering areas.
The ISTE website hosts a working definition document that seeks to provide a clear definition or scope of transdisciplinary engineering - a focal point for the community to discuss and debate as a means of better reflection on engineering practice in general. TE2024 will present an evolution of ideas in this area and there will be time to discuss and debate this during the conference and beyond.
For a working guide to help ensure your submission to TE2024 is in scope for TE conferences please see guidance and templates under submissions menu or visit the Conference Theme page for more guidance.
Conference Agenda
July 6, Monday
July 7, Tuesday
July 7, Tuesday
July 8, Wednesday
July 9, Thursday
July 10, Friday
Morning
Registration
Pre-Conference
Workshops
Registration
Opening Ceremony
Keynote Speech
Parallel Sessions
Invited Speaker
Parallel Sessions
Invited Speaker
Technical Visits
Afternoon
Pre-Conference
Workshops
Parallel Sessions
Workshop
NCKU Special
Parallel Sessions
Parallel Sessions
Closing Ceremony
Tainan City Tour
Evening
Welcome Reception
Gala Dinner
Further information will be announced in due course. To receive the latest updates, please subscribe.
About NCKU



