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Background

Yiting Wang鈥檚 research sits at the intersection of biosensing, environmental health and antimicrobial resistance (AMR). She focuses on developing practical tools to monitor biological and chemical threats within complex environmental systems.

Her work advances the development and integration of emerging sensing technologies, including microfluidic and paper鈥慴ased analytical devices, molecular diagnostics and biosensors, to deliver rapid, field鈥慸eployable detection. A core research theme is wastewater鈥慴ased AMR surveillance. She combines phenotypic and genotypic detection approaches to improve understanding of AMR occurrence, transmission and environmental dynamics.

More broadly, she translates innovations in sensing and analytical technologies into accessible, scalable real鈥憌orld monitoring solutions. Her work supports environmental surveillance, public health decision鈥憁aking and cross鈥慸isciplinary One Health research.

Research opportunities

- Biosensors and Point-of-Care Diagnostics

- Environmental Biosensing and Monitoring

- Antimicrobial Resistance (AMR) Surveillance

- Wastewater-Based Epidemiology and Surveillance

- Microfluidic and Paper-Based Analytical Devices

- Molecular Diagnostics and CRISPR-Based Sensing

- One Health and Environmental Health

Current activities

Yiting Wang鈥檚 research sits at the intersection of biosensing, environmental health and antimicrobial resistance (AMR). She focuses on developing practical tools to monitor biological and chemical threats within complex environmental systems.

Yiting Wang contributes to the project鈥疉MR One Health Environmental Sensing: Next鈥慓eneration Platforms for Surveillance and Source Tracking. She works to develop next鈥慻eneration environmental鈥憇ensing platforms for antimicrobial resistance (AMR) surveillance and source tracking under a One Health framework. The project seeks to advance integrated sensing and analytical approaches to detect, monitor and characterise AMR across complex environmental systems.

Her work advances the development and integration of emerging sensing technologies, including microfluidic and paper鈥慴ased analytical devices, molecular diagnostics and biosensors, to deliver rapid, field鈥慸eployable detection. She combines phenotypic and genotypic detection approaches to improve understanding of AMR occurrence, transmission and environmental dynamics. More broadly, she translates innovations in sensing and analytical technologies into accessible, scalable real鈥憌orld monitoring solutions supporting environmental surveillance, public鈥慼ealth decision鈥憁aking and cross鈥慸isciplinary One Health research.