AI Wearable Art Technologist

JOB TITLE AI Wearable Art Technologist — Biosensing & Interactive Creativity ABOUT THE JOB De Art is an independent digital visual arts and cultural media platform dedicated to exploring the intersection of art, creativity, and emerging technologies. We are seeking an AI Wearable Art Technologist to investigate how artificial intelligence, wearable technologies, and biosensing systems can create new forms of interactive artistic expression. This interdisciplinary role combines AI, wearable computing, sensor technologies, and digital art. The successful candidate will explore innovative ways to transform real-time physiological and environmental data into responsive visual, audiovisual, and interactive experiences. RESPONSIBILITIES • Research applications of AI and wearable technologies in interactive art. • Explore how biosensors and wearable devices can contribute to artistic experiences. • Investigate the use of physiological and environmental data in generative art. • Develop concepts and prototypes for sensor-driven visual and audiovisual experiences. • Explore AI-based systems that respond to movement, biometric signals, or environmental conditions. • Investigate the integration of wearable devices with interactive digital installations. • Evaluate creative possibilities and technical limitations of wearable art technologies. • Consider privacy, consent, and responsible handling of biometric data. • Collaborate with artists, researchers, and creative technologists on interdisciplinary projects. • Document research findings and contribute to De Art’s technology-focused editorial initiatives. QUALIFICATIONS • Background in digital arts, artificial intelligence, interaction design, computer science, or creative technology. • Familiarity with wearable computing, sensor technologies, or interactive systems. • Understanding of generative AI and data-driven creative applications. • Interest in interactive art, digital installations, or experimental media. • Experience with Python, microcontrollers, sensor integration, or creative coding is an advantage. • Familiarity with Arduino, Raspberry Pi, wearable devices, or real-time data systems is beneficial. • Strong analytical, creative, and problem-solving skills. • Ability to communicate technical concepts clearly. • An interdisciplinary perspective connecting AI, art, and emerging technologies is highly valued. WHAT WE OFFER • Opportunities to explore emerging AI, wearable, and biosensing technologies in visual arts. • Participation in experimental digital art and interactive technology projects. • A platform for interdisciplinary collaboration between art, science, and technology. • Opportunities to contribute to innovative approaches to interactive artistic expression. HOW TO APPLY Please send the following materials to: [email protected] • CV (maximum 2 pages) • Brief cover letter (maximum 1 page) • Links to up to 3 relevant projects, portfolio items, or research samples, where available • Contact details for 2 professional references Shortlisted candidates may be invited to an interview and a short practical assignment. De Art welcomes applications from qualified candidates with diverse professional and academic backgrounds.

Research applications of AI and wearable technologies in interactive art. Explore how biosensors and wearable devices can contribute to artistic experiences. Investigate the use of physiological and environmental data in generative art. Develop concepts and prototypes for sensor-driven visual and audiovisual experiences. Explore AI-based systems that respond to movement, biometric signals, or environmental conditions. Investigate the integration of wearable devices with interactive digital installations. Evaluate creative possibilities and technical limitations of wearable art technologies. Consider privacy, consent, and responsible handling of biometric data. Collaborate with artists, researchers, and creative technologists on interdisciplinary projects. Document research findings and contribute to De Art’s technology-focused editorial initiatives.