Applicants need a PhD in Biomedical Engineering, Mechanical Engineering, Materials Science, Chemical Engineering or related field. Demonstrated hands-on experience in microfluidic device design, prototyping, validation, plasma separation and passive flow control is essential. Strong analytical skills and the ability to collaborate across engineering and clinical teams are also required. See our guide on how to write a winning academic CV.

The role involves designing and optimizing passive microfluidic plasma separator devices, characterizing performance metrics, developing fabrication workflows, planning experiments, integrating chips with electrochemical sensors, and preparing publications. The position supports scalable prototyping for point-of-care diagnostics.

Yes, the position is explicitly open to fixed-term contract appointments. It offers a unique opportunity to contribute to interdisciplinary microfluidics research at the Kent Ridge Campus interface of microfabrication and biomedical diagnostics.

Core focus areas include microfluidics, point-of-care development, plasma separation methodology, electrochemical biosensing and applications for cardiovascular disease. The role emphasizes design transfer and robust device performance across physiological conditions.

Highlight your PhD, microfluidic prototyping experience and quantitative characterization results in your CV and cover letter. Emphasize any work with membrane integration or interdisciplinary teams. Review our academic CV guide and postdoctoral success tips for best practices.

Applicants need a PhD in Biomedical Engineering, Mechanical Engineering, Materials Science, Chemical Engineering or related field. Demonstrated hands-on experience in microfluidic device design, prototyping, validation, plasma separation and passive flow control is essential. Strong analytical skills and the ability to collaborate across engineering and clinical teams are also required. See our guide on how to write a winning academic CV.

The role involves designing and optimizing passive microfluidic plasma separator devices, characterizing performance metrics, developing fabrication workflows, planning experiments, integrating chips with electrochemical sensors, and preparing publications. The position supports scalable prototyping for point-of-care diagnostics.

Yes, the position is explicitly open to fixed-term contract appointments. It offers a unique opportunity to contribute to interdisciplinary microfluidics research at the Kent Ridge Campus interface of microfabrication and biomedical diagnostics.

Core focus areas include microfluidics, point-of-care development, plasma separation methodology, electrochemical biosensing and applications for cardiovascular disease. The role emphasizes design transfer and robust device performance across physiological conditions.

Highlight your PhD, microfluidic prototyping experience and quantitative characterization results in your CV and cover letter. Emphasize any work with membrane integration or interdisciplinary teams. Review our academic CV guide and postdoctoral success tips for best practices.