Research Fellow in Organic Electrochemistry

Laplace Expert Ltd; Singapore; Vor Ort; SGD 54.000 - 71.000; Vollzeit

Zusammenfassung

The National University of Singapore's Department of Materials Science and Engineering invites applications for a postdoctoral Research Fellow in organic electrochemistry to develop water-soluble redox-active molecules for aqueous flow batteries and electrochemical CO2 capture.

The role combines organic synthesis with electrochemistry to design, characterize and optimize molecular systems for energy storage and carbon-management applications, including planning independent experiments and

Qualifikationen

• PhD in Organic Chemistry, Electrochemistry, Electrochemical Engineering or a closely related field.
• Experience in organic chemistry and electrochemistry, including electrochemical characterization and relevant analytical methods, is expected.
• Experience with flow batteries is advantageous.

Aufgaben

• Develop water-soluble redox-active molecules for aqueous flow batteries and CO2 capture.
• Evaluate electrochemical behaviour and stability of designed molecules.
• Contribute to aqueous organic flow-battery research and prepare publications.
• Plan and conduct independent experiments and supervise or support students.

Kenntnisse

Organic synthesis

Electrochemistry

Electrochemical characterization

Aqueous organic flow batteries

Redox-active molecule design

Electrochemical CO2 capture

Independent research

Scientific writing

Student supervision

Laboratory safety

Ausbildung

PhD in Organic Chemistry, Electrochemistry, Electrochemical Engineering or related field

Tools

Laboratory equipment awareness

Jobbeschreibung

Research Fellow in Organic Electrochemistry

National University of Singapore · Department of Materials Science and Engineering

27 October 2026; no exact cutoff time was verified.

About This Opportunity

The National University of Singapore seeks a postdoctoral Research Fellow in organic electrochemistry to develop water-soluble redox-active molecules for aqueous organic flow batteries and electrochemical carbon-dioxide capture. Applications close on 27 October 2026.

This postdoctoral position combines organic synthesis and electrochemistry to develop redox-active molecular systems for energy-storage and carbon-management applications. The researcher will design and study water-soluble organic redox molecules, evaluate their electrochemical behaviour and stability, and contribute to aqueous organic flow-battery research. A related strand applies redox chemistry to electrochemical carbon-dioxide capture, linking molecular design with device-relevant performance. Experimental work includes organic-chemistry methods, electrochemical characterization and complementary analytical techniques, together with planning and execution of independent experiments. The role also includes laboratory-safety responsibilities, contribution to publications and supervision or support of students. Prior experience with flow batteries is advantageous but not stated as mandatory.

organic electrochemistry redox-active molecules aqueous flow batteries CO2 capture electrochemical energy storage organic synthesis

Level Postdoc

Attendance On-site

Time Commitment Full-time

Reference Code 34068

Field Organic Electrochemistry and Redox Materials

Organization Type University

Requirements

Education

PhD in Organic Chemistry, Electrochemistry, Electrochemical Engineering or a closely related field.

Experience

Experience in organic chemistry and electrochemistry, including electrochemical characterization and relevant analytical methods, is expected. Experience with flow batteries is advantageous.

Technical Skills

• Organic synthesis
• Electrochemistry
• Electrochemical characterization
• Aqueous organic flow batteries
• Redox-active molecule design
• Electrochemical CO2 capture

General Skills

• Independent research
• Scientific writing
• Student supervision
• Laboratory safety