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Excel2power

A more energy efficient future is in our power

Towards more efficient batteries and beyond

Engineering and Advanced Manufacturing Department of Electrical Engineering

1_EE_23_0221_1

A Smart All-electric Antilock Braking System (ABS)

Shortening braking distance and time for enhanced automotive safety and performance

Engineering and Advanced Manufacturing Department of Electrical Engineering

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Advanced Freeform Optics for LED Illumination

Novel optical components that can improve the efficiency of LED lighting systems

Engineering and Advanced Manufacturing Department of Industrial and Systems Engineering

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Advanced Micro Mold Cavity Manufacturing Technique

A manufacturing technique specifically designed for making micro mold cavity for the production of precision micro parts by injection molding

Engineering and Advanced Manufacturing Department of Industrial and Systems Engineering

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Advanced Railway Monitoring System

An advanced Fiber Bragg Gratings (FBGs) sensing systems for railway condition-monitoring

Engineering and Advanced Manufacturing Department of Electrical Engineering

Excel5OLED

Advancing OLED technologies for an energy-efficient future

Alternatives to conventional liquid-crystal display and fluorescent tube lighting for eco-friendly and energy-saving applications

Engineering and Advanced Manufacturing Department of Applied Biology and Chemical Technology

IMG_5411

Ammonia-Powered Fuel Cell Technology for Electric Vehicles and Clean Energy Solutions

Engineering and Advanced Manufacturing Department of Electrical and Electronic Engineering

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Aqueous Manganese Dioxide Ink for Flexible Energy Storage Devices

High efficiency energy storage devices created by printing with Manganese Dioxide (MnO2) Ink

Engineering and Advanced Manufacturing Department of Applied Physics

Excel5escalator

Artificial Intelligence-enabled escalator combs enhance passenger safety

Play an important role in enhancing escalator safety

Engineering and Advanced Manufacturing Department of Mechanical Engineering

1_IC_02_0218_1

Automated System for Surface Pitting Analysis on Airplane Jet Engine

A system that can identify and evaluate surface defects on airplane jet engine components

Engineering and Advanced Manufacturing Industrial Centre

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