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3_SN_02_0217_1

Haptic System for Nasogastric Tube Placement Training

Enhancing clinical nursing skills in computer-simulated virtual environment

Biotech and Healthcare School of Nursing

3_SN_05_0617_1

Health and Cognitive Assessment Service

Providing comprehensive physical, functional, cognitive and mental health assessment for older adults

Biotech and Healthcare School of Nursing

Excel2solar

Helping solar panels “sweat” to increase energy efficiency

A novel method to cool down overheating solar panels and increase their energy output

Construction and Environmental Technology Department of Civil and Environmental Engineering

4_COMP_18_0316_1

High Dynamic Range Imaging via Robust Multi-Exposure Image Fusion

Transform a smart-phone into a high-end camera

Smart Cities and Information Technology Department of Computing

5_ITC_05_0812_1

High Performance Multi-functional Surface Finishing Technologies

Advanced nanoencapsulation systems with controllable release capability

Textile and Fashion School of Fashion and Textiles

1_ISE_01_0119_1

High Precision Plastic Micro-injection Molding Machine for Production of Miniaturized Parts

A new injection molding technology that integrates bottom-up injection and valve-less design

Engineering and Advanced Manufacturing Department of Industrial and Systems Engineering

Indoor Positioning_1

High-accuracy Indoor Positioning Technology for the Large-scale Hospital Applications

Smart Cities and Information Technology Department of Aeronautical and Aviation Engineering

2_BSE_07_0316_1

Highly Dispersed Nanocomposite Paste for Self-cleaning Photovoltaic Panels

A novel nanocomposite paste for green building application

Construction and Environmental Technology Department of Building Environment and Energy Engineering

1_ISE_21_0920_1

Highly Efficient Nano-structure Pattern Transferring Technology for Anti-counterfeiting

A low cost method for producing nano-structure patterns as anti-forgery features

Engineering and Advanced Manufacturing Department of Industrial and Systems Engineering

Excel4wearable

Highly permeable, superelastic conductor shapes future wearable electronics

A platform enabling the making of monolithic stretchable electronics that integrate many components in a small area, provide multiple functions and endure hours for wearing

Textile and Fashion School of Fashion and Textiles

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