Research Areas

• Localized corrosion mechanisms in structural, functional, and 3D printed metals and alloys.
• Scanning probe techniques (e.g., SECM, SVET, SKPFM, AFM) for interfacial and corrosion characterization
• Interface engineering for improved corrosion resistance, activity, selectivity, and stability
• Coatings, inhibitors, and protective layers for corrosion mitigation
• Materials characterization and electrochemical performance evaluation
• Machine learning and AI-empowered high-throughput electrochemical characterization Ph.D. Student Responsibilities
• Conduct materials synthesis, electrode/coupon fabrication, and surface preparation
• Perform electrochemical testing, including CV, LSV, EIS, CA, CP, and corrosion/stability studies
• Apply scanning probe microscopy techniques (SECM, SVET, SKPFM, AFM, or similar) to map local corrosion behavior
• Characterize materials using SEM, XRD, XPS, Raman, FTIR, or related methods
• Analyze data and participate in manuscript preparation
• Present research progress in group meetings and conferences
• Collaborate with group members and external researchers Qualifications Applicants should have, or expect to receive, a B.

S. or M.S. degree in materials science, corrosion engineering, chemistry, chemical engineering, electrochemistry, environmental engineering, mechanical engineering, or a related field. Preferred background includes corrosion science, electrochemistry, hands-on experience with scanning probe techniques (e.g., SECM, AFM, or SKPFM), and materials characterization, and interest in sustainable energy, water, and infrastructure durability.

Pay:

$15,000.00 - $25,000.00 per year

Benefits:

401(k) 403(b) Dental insurance Health insurance Paid time off Vision insurance

Work Location:

In person