Postdoctoral Scholar - Chemistry Department

The Pennsylvania State University • University Park, FL

3d

About The Position

The laboratory of Professor Katherine (Kallie) Willets in the Department of Chemistry at The Pennsylvania State University seeks to fill multiple postdoctoral research positions focused on single-entity characterization using optical and electrochemical microscopy tools. The research will examine structure–function correlations in individual nanoparticles, investigating how variation in nanoparticle morphology, interfaces, and local environments affects performance in electrochemical, catalytic, and sensing applications.

The successful candidate will have extensive experience in optical microscopy of single entities, including knowledge of instrumentation development and design. Applicants must have recently received, or be scheduled to receive, a Ph.D. in Chemistry by the employment start date. The scholar is expected to be self-motivated, lead projects, and contribute to collaborative research efforts. This is a term position; the term length will be discussed during the interview. Continuation beyond that term depends on university needs, performance, and/or funding availability.

Applicants should submit a cover letter describing their research background, prior training, and research interests, along with a CV. Review begins immediately and continues until the positions are filled. Candidates who pass the initial screening will be asked to arrange for letters of reference to be sent.

Requirements

• Recently received, or be scheduled to receive, a Ph.D. in Chemistry by the time employment starts.
• Extensive experience in optical microscopy of single entities.
• Knowledge of instrumentation development and design.
• Self-motivated, with the ability to lead projects and contribute to collaborative research.

Responsibilities

• Lead research projects involving single-entity characterization using optical and electrochemical microscopy tools.
• Investigate how nanoparticle morphology, interfaces, and local environments affect performance in electrochemical, catalytic, and sensing applications.
• Contribute to collaborative research efforts.

Benefits

• Competitive benefits package for full-time employees designed to support personal and professional well-being.

What This Job Offers

• Job Type: Full-time
• Career Level: Senior
• Education Level: Ph.D. or professional degree