Research Associate, Lipid Nanoparticle & mRNA Delivery

ntu; Singapore; On-site; SGD 60,000 - 90,000; Full time

Job summary

NTU invites applications for a Research Associate to advance lipid nanoparticle (LNP)–based carriers for the delivery of mRNA-related biomolecular cargo. You will work with senior researchers to study physical properties of custom-formulated LNPs and their interactions with host cells.

The role blends fundamental science with translational outcomes, supporting NTU's mission to integrate life sciences with physical, chemical, and materials sciences and engineering for novel molecular analytics.

Qualifications

• Master's in life sciences or related disciplines.
• Experience in soft matter structural characterization.
• Familiar with lab safety and management matters.
• Strong communication skills for reports and publications.
• Experience with fluorescence microscopy, spectroscopy, cell cultures and biochemical assays.

Responsibilities

• Use structural characterization to understand LNP-mRNA features.
• Conduct biophysical/biochemistry experiments and data analysis.
• Communicate effectively within the group.
• Document laboratory work accurately and systematically.
• Draft publications and present findings.
• Follow laboratory safety standards.
• Assist in lab management.
• Mentor junior team members.

Skills

Soft matter characterization

Biochemistry/Molecular biology

Lab safety & management

Scientific communication

Education

Master's degree in life sciences or related fields

Tools

Fluorescence microscopy

Spectroscopy

Cell culture

Molecular biology techniques

Biochemical assays

Job description

NTU invites applications for a Research Associate to advance lipid nanoparticle (LNP)–based carriers for the delivery of mRNA-related biomolecular cargo. You will work with senior researchers to study physical properties of custom-formulated LNPs and their interactions with host cells.

The role blends fundamental science with translational outcomes, supporting NTU's mission to integrate life sciences with physical, chemical, and materials sciences and engineering for novel molecular analytics.