Smart textiles, as a cutting-edge interdisciplinary field integrating textile engineering, materials science and contemporary art, are currently confronted with a core contradiction of a dual dichotomy between technological research and artistic practice: engineering research is generally trapped in a homogenized competition centered on single functional indicators, which is seriously disconnected from creative scenarios and application demands; new material art creation has long been passively applying existing technologies and has difficulty obtaining core discursive power throughout the entire research and development (R&D) process. As a new material art practitioner with a background in contemporary art, the author based on cross-disciplinary creation and laboratory practice experience, proposes a cross-disciplinary collaborative path of “technological breakthrough + artistic empowerment” with literature research and multi-case study methods as the core approaches, to optimize the traditional linear path of “first technological R&D, then artistic embellishment” in the industry. Through the comparison and verification of positive and negative cases, it is confirmed that the in-depth collaboration of technology and art throughout the entire R&D process can break through the core technical weaknesses of smart textiles, while constructing the aesthetic value and humanistic core of materials. This research provides an innovative framework for textile engineering researchers to break out of the homogenized competition around single metrics and clarifies the core value and practical path of the industry for new material art practitioners.
The global textile industry is currently in a critical transition period from traditional manufacturing to new materials and intelligent upgrades. Smart textiles, with their cross-disciplinary integration characteristics, have become a core track for industrial innovation and academic research [
Current relevant research domestically and internationally can be divided into two isolated branches: one is pure technical research in the field of textile engineering focusing on the optimization of material performance, and the other is pure creative research in the contemporary art field focusing on the expression of concepts. The core academic gap that this study targets is that the academic circle has not yet formed a two-way collaborative theoretical framework based on contemporary new material art practice, covering the entire chain from solving the “core technical weaknesses” of smart textiles to constructing an aesthetic value system, nor has it clarified how artistic creation can reconstruct the underlying logic of technological innovation from the source of research and development project initiation.
Based on this, this paper first clarifies the research design and core methods, clarifying the practical basis of the research, the logic of case selection, data sources and analysis framework; then it sorts out the authoritative definition of smart textiles and the dual core dilemmas of the industry, and constructs a cross-disciplinary collaborative path of “technological breakthrough + artistic empowerment”; through multi-dimensional case analysis, it verifies the rationality and feasibility of the path; finally, it proposes two-way implementable practical paths for two types of subjects, and clarifies the research limitations and future directions.
The author, as a new material art practitioner with a background in contemporary art, has been deeply involved in interdisciplinary research and creation projects of new materials at institutions such as the Dongshan Swire Marine Station, the Technical Institute of Physics and Chemistry of Chinese Academy of Sciences, and the Shenzhen Institutes of Advanced Technology since 2023. The author has been fully involved in the entire process from laboratory construction to the implementation of art creation, and is familiar with the collaborative logic, communication barriers, and core pain points between the material engineering end and the art creation end. The core logic of the collaborative path proposed in this article is derived from the common laws distilled through the above interdisciplinary practices. This research applies this framework to the subfield of smart textiles, conducting systematic theoretical construction and case verification.
This study employs two standardized academic research methods to ensure the rigor, reproducibility, and validity of the research:
Literature review method: Systematically sort out three major types of core literature:
1) Industry standards for smart textiles released by the IEEE International Textile Society and technical research achievements in core journals of the textile engineering field to clarify the status and core bottlenecks of industry technology development.
2) Monographs and CSSCI core journal papers related to the integration of science and technology with art and actor-network theory to build the theoretical foundation of the research.
3) Official release materials of benchmark projects of smart textiles, industry white papers and research reports to provide authoritative data support for case analysis. Through literature review, clarify the academic gap and theoretical framework of this research.
The multi-case study method: It adopts a research design that advances from multiple dimensions and contrasts positive and negative cases. Through in-depth dissection of typical cases, it verifies the feasibility and practical value of the interdisciplinary collaborative path proposed in this study.
This study strictly adheres to three major criteria for case selection to ensure the typicality, representativeness, and argumentative effectiveness of the cases:
Dimensional coverage: The cases must comprehensively cover the five aspects of “single project co-creation, discipline system construction, industry ecosystem building, public scene application, and industrial historical evolution”, fully demonstrating the application logic of the collaborative path in different scenarios and at different stages.
Practical representativeness: Priority is given to projects with clear R&D data, publicly available results, traceable information, and significant industry benchmark influence, ensuring that the cases truly reflect the practical effects of the collaborative path.
Logical consistency: The cases must fully present the core logic of “artistic demands being involved from the R&D project initiation, participating throughout the technology development process, and driving technological optimization in reverse”, which is highly consistent with the collaborative path framework of this study.
Based on the above criteria, this study ultimately selected 5 positive benchmark cases and 1 set of historical positive and negative contrast cases in the smart textile field, covering nearly a century of development and various application scenarios, forming a complete case verification system.
All data in this study are sourced from authoritative and traceable public channels, specifically including:
1) Industry standards for smart textiles officially released by IEEE.
2) Project achievements, research reports, and academic conference papers officially released by universities.
3) Academic achievements published in CSSCI core journals and authoritative industry journals.
4) Project materials and outcome data officially released by project sponsors and main creative teams.
5) Officially published industry monographs and white papers.
All data have undergone a three-step verification process of “source channel verification, cross-data validation, and original content review” to ensure the authenticity, accuracy, and traceability of the data, and to avoid information bias.
This study adopts the core analytical framework of “Technology Breakthrough + Art Empowerment Bidirectional Synergy” and conducts a three-level analysis for each case:
The first level (intervention node): Analyze the time point when the art end intervenes in technology research and development, distinguish between “intervention at the source of project initiation” and “intervention in the later stage of modification”, and verify the differences between the linear path and the collaborative path.
The second level (bidirectional achievements): Dissect the technological optimization achievements brought by the art end and the breakthroughs in artistic expression supported by the technology end in each case respectively and verify the core value of bidirectional synergy.
The third level (industry value): Analyze the demonstration significance and long-term impact of each case on the industry and verify the practical effectiveness of the collaborative path in solving the core dilemmas of the industry.
Through standardized analysis at the three levels and by comparing positive and negative cases, the rationality and feasibility of the interdisciplinary collaborative path proposed in this study are systematically verified.
This article adopts the unified authoritative definition from the International Textile Institute (TI) and the IEEE standard for wearable electronic textiles: Smart textiles refer to textile materials and products that can sense external environmental or internal state stimuli (including temperature, humidity, mechanical action, light, chemical substances, etc.) and can provide real-time responses and feedback to these stimuli [
At present, the development of smart textiles is confronted with two core dilemmas that are mutually causal. Neither a single technological approach nor a single artistic approach can fundamentally solve them.
The first predicament is the long-term inability to break through the core technical weaknesses caused by the linear R&D logic. Currently, the R&D of smart textiles generally takes engineering performance indicators as the sole orientation, seriously neglecting the core wearing attributes of textile materials and the real demands of artistic creation, thus forming three core defects that are difficult to solve. First, there is an essential conflict between the realization of functions and the basic attributes of textiles: to pursue core indicators such as electrical conductivity and sensing accuracy, the R&D end generally adopts processes such as conductive coatings and the integration of rigid functional components, directly destroying the softness, breathability, and drape of the fabric itself, and losing the core advantage of textile materials over other industrial materials [
The second predicament is the absence of artistic discourse power, leading to the loss of aesthetic and humanistic values. Currently, the artistic creation related to smart textiles is generally in the “supplementary and decorative stage after the completion of technology research and development”, rather than being a core participant from the source of research and development, which has resulted in three major core issues. First, the industrial part-like feel has undermined the aesthetic and narrative value of textile materials: the research and development end take the realization of functions as the sole goal, and the layout of conductive circuits and sensor modules hardly considers aesthetic experience, causing the fabric to present a stiff industrial coldness. Artists can only weaken the defect through the way of covering the appearance but cannot solve the aesthetic contradiction from the root. Second, the creative boundary is completely restricted by technology, and the works are highly homogeneous, making it difficult to achieve in-depth conceptual expression. Third, the construction of humanistic value is seriously lacking: most of the current creations only use smart technology as a visual gimmick, without deeply integrating the technical attributes of the materials with artistic concepts, resulting in smart textiles ultimately becoming cold “functional parts” without temperature. They not only fail to convey humanistic values and artistic concepts but also make it difficult for technological achievements to gain widespread emotional recognition.
The “Technology Breakthrough and Art Empowerment” interdisciplinary synergy path proposed in this paper aims to optimize the traditional linear path within the industry of “technology research and development first, then artistic embellishment”, and to establish a symbiotic relationship of mutual empowerment and source-level collaboration throughout the entire research and development process. This is also the innovation point of this study.
In this path, “technological breakthrough” refers to the cross-disciplinary innovation in materials science and textile engineering to solve the fundamental problems of smart textiles in terms of performance stability, creative compatibility, and expression freedom. Its core value lies in providing an unrestricted underlying support for artistic expression and addressing the fundamental issue of whether creative concepts can be realized.
The “art empowerment” in this path is not merely a post-production aesthetic modification of technological achievements, but rather it drives the technological optimization of smart textiles from the source of research and development project initiation through the conceptual expression, creative demands, and aesthetic system construction of contemporary new material art. Its core value lies in providing a brand-new thinking framework for technological research and development, breaking the homogenized internal competition centered on a single indicator, addressing the core pain point of the current industry’s “narrow application”, and offering a new interdisciplinary path for the application and transformation of textile engineering technology.
The core theoretical support for this path comes from two dimensions, ensuring the academic rigor of the research. First, in the book “An Introduction to Experimental Art”, Chinese artist Qiu Zhijie systematically expounded the core theory of the integration of technology and art and put forward the viewpoint of “the integration of science and art”, laying a foundation for the path from the perspective of value philosophy [
The key point of this path lies in the fact that technology and art are not in a primary-secondary or sequential relationship, but rather an indispensable symbiotic one. Relying solely on technological iteration, smart textiles would merely become cold functional components, trapped in a meaningless race for indicators; relying solely on artistic creation, smart textiles would only become exhibition concept pieces that cannot be stably presented over the long term, unable to drive the long-term development of the industry. Only by achieving collaborative innovation throughout the entire R&D process can both the underlying technological innovation and the in-depth construction of artistic value be simultaneously realized.
This study presents typical cases from different dimensions and development stages in the field of smart textiles. It progresses step by step from project co-creation, discipline construction, industry ecosystem, scene implementation to industrial evolution, validating the feasibility and core value of the interdisciplinary collaborative path of “technology breakthrough + art empowerment”, breaking the shackles of traditional linear R&D logic, and demonstrating the practical effectiveness of the full-process collaboration between technology and art.
The collaboration between Professor Jeanne Tan’s team from The Hong Kong Polytechnic University and international haute couture designer Guo Pei in 2025 is a benchmark case of how artistic demands drive technological breakthroughs from the source of research and development. To fulfill Guo Pei’s 2025 Hong Kong CENTRESTAGE ELITES show “Gliternity” haute couture collection’s extreme artistic expression requirements for flowing molten gold light effects and the drape and stretch of fabrics, Tan’s team did not adopt existing mature photonic textile solutions. Instead, from the very beginning of the project, they deeply integrated the aesthetic demands and wearing attributes of haute couture art with technological research and development. Based on the self-developed photonic system technology from their 2015 “Crafting Photonics” series research [
If the co-creation of individual projects has verified the practical feasibility of the path, the long-term research of Professor Andrea Weber Marin from Lucerne University of Applied Sciences and Arts in Switzerland since 2009 has established a regular disciplinary system of collaboration between art and engineering, providing an academic model for the large-scale implementation of the path [
The international symposium “Folding: Structural Materials in Textiles and Electromagnetics” initiated by the Berlin Open Lab of Technische Universität Berlin in April 2022 further extended the collaborative path from academic institutions to the industry ecosystem, promoting cross-disciplinary collaboration as an industry consensus [
Rachel Wingfield and Mathias Gmachl, who founded their studio in 2003 at the Loop.ph Space Laboratory in London, completed a full cycle of the collaborative path from technological research and development, artistic creation to the transformation of public value with their Sonumbra de Vincy series of works launched in 2022 [
Looking back on the century-long development of smart textiles, the cross-century classic cases collected in “Smart Textiles and Innovative Design of Clothing Fabrics” also confirm the core value of this path [
This article focuses on the core contradiction of the mutual isolation between technology and art in the current development of smart textiles, and conducts systematic theoretical research and case analysis from the professional perspective of contemporary new material art. The core conclusions are as follows: First, the core predicament in the current development of smart textiles is essentially the mutual isolation of the research and development logic and the creative logic. Neither a single technological path nor a single artistic path can achieve long-term high-quality development of the industry. Second, the “technological breakthrough + artistic empowerment” interdisciplinary collaborative path constructed in this article clarifies the core logic of mutual empowerment and full-process collaboration between technology and art. Third, through the comparative analysis of positive and negative cases, it is confirmed that only when technology and art are deeply coordinated at the source of research and development can both the underlying technological innovation and the in-depth construction of aesthetic value be achieved simultaneously.
The limitations of this study mainly lie in two aspects: First, the interdisciplinary collaborative path proposed in this study is based on the author’s interdisciplinary practical experience in other new material art fields such as engineering living materials and functional microcapsules. This study mainly completed theoretical verification through industry benchmark cases and has not yet conducted independent, full-process interdisciplinary empirical research in the field of smart textiles. Second, the case analysis is mainly based on publicly traceable secondary data and has not obtained first-hand data through in-depth interviews with the project’s main creative teams. There is still room for deepening the analysis of the details and barriers in the collaborative process. The subsequent research will carry out two directions of work: First, to implement the collaborative path in the independent interdisciplinary co-creation project of smart textiles and verify and optimize the operability and universality of the path through empirical research. Second, to obtain first-hand data through in-depth interviews and participatory observation, and further deepen the research on the details of the implementation of the collaborative path.
The future development of smart textiles must be the deep integration of textile engineering and contemporary new material art. Only by breaking through the core technical difficulties with engineering technology and defining the development direction of technology with artistic innovative thinking can high-quality development of smart textiles be achieved, which is both technically feasible, aesthetically valid, and conceptually profound, pioneering a brand-new development pathway for this field.
The author declares no conflicts of interest regarding the publication of this paper.