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Field
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-machine interaction, assistive technology, virtual and augmented reality, prosthetics, and wearable devices. In this PhD project, you will focus on mechanical haptics using liquid crystal polymer and liquid
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- “Study of the multi-physics coupling mechanism for the development of textile-based surface haptics interface”. Qualifications Applicants should have an honours degree or an equivalent qualification
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of multimodal haptic feedback solutions into existing VR/MR platforms for immersive interaction, remote collaboration, and teleoperation. The work will investigate advanced wearable haptic interfaces, such as
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expertise in areas such as interactive music systems and new interfaces for musical expression, including haptic, gestural and sensor-based interaction, physical computing; embedded systems audio programming
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for musical expression, including haptic, gestural and sensor-based interaction, physical computing; embedded systems audio programming; real-time signal processing; digital audio systems; spatial and immersive
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Maynooth University, National University of Ireland Maynooth; | Maynooth, Leinster | Ireland | about 2 hours ago
for musical expression, including haptic, gestural and sensor-based interaction, physical computing; embedded systems audio programming; real-time signal processing; digital audio systems; spatial and immersive
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period: six months] Duties The appointees will assist the project leader in the research project - “Study of the muti- physics coupling mechanism for the development of textile-based surface haptics
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OpenCV and data-driven pipelines to monitor, track, and analyze user skeletal information, attention data, and reaction times within controlled virtual environments. • Haptic & Hardware Design: Design, 3D
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and experimental characterization of robotic control algorithms in embedded systems (e.g. integration with hardware timers and interrupts, motor encoders and H-bridges) • Experience with the Haptic
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haptic actuators and experiences. Note that the research involves significant interactions with collaborators in material science. The developed technologies will be utilized to develop digital twin and