Lead Surface Science & Microscopy Researcher

ExxonMobil; Texas; On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

Pension Plan

Savings Plan

Workplace Flexibility

Medical, Dental, Vision plans

Culture of Health

Employee Health Counseling Program

Disability Plan

Job summary

ExxonMobil is seeking a high-impact researcher to lead microanalysis and surface science within cross-functional teams supporting R&D and business needs. You will develop and scout new methods and tools, building capabilities to address energy industry challenges.

You will collaborate with global teams, apply advanced techniques, and communicate results through seminars and publications to raise the company's profiling in surface science and materials analysis.

Qualifications

• Ph.D. in Materials Science or Physics or related field.

Responsibilities

• Collaborate with global multi-disciplinary teams to support R&D goals.
• Provide leadership in microanalysis and surface science.
• Apply characterization techniques to relate composition/structure to properties.
• Grow internal analytical capabilities and collaborate with external partners.
• Guide research activities to effective solutions and establish new expertise.
• Communicate results to internal and external audiences through seminars, publications, patents.
• Maintain current engagement with the community in your area of expertise.

Skills

Programming skills

Image analysis

Statistical analysis

Education

Ph.D. in Materials Science or Physics

Tools

XPS

ToF-SIMS

Dynamic SIMS

SEM

EPMA

TEM

FIB

AFM

Job description

ExxonMobil is seeking a high-impact researcher to lead microanalysis and surface science within cross-functional teams supporting R&D and business needs. You will develop and scout new methods and tools, building capabilities to address energy industry challenges.

You will collaborate with global teams, apply advanced techniques, and communicate results through seminars and publications to raise the company's profiling in surface science and materials analysis.