Post Doc Res Assoc - Chemistry

Job Description

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Why Choose Us?

At the University of Wyoming, we value our employees and invest in their success. Our comprehensive benefits package is designed to support your health, financial security, and work-life balance. Benefits include:

• Generous Retirement Contributions : The State contributes 14.94% of your gross salary, and you contribute 3.68%, totaling 18.62% toward your retirement plan.
• Exceptional Health & Prescription Coverage : Enjoy access to medical, dental, and vision insurance with competitive employer contributions, that include 4 deductible options to suit your needs.
• Paid Time Off : Benefit from ample sick leave, paid holidays, and paid winter closure.
• Tuition Waiver : Employees and eligible dependents can take advantage of tuition waivers, supporting continuous education and professional growth.
• Wellness and Employee Assistance Programs : Stay healthy with wellness initiatives, counseling services, and mental health resources.

At the University of Wyoming , we are committed to creating a supportive and enriching workplace. To learn more about what we offer, please refer to UW's Benefits Summary.

JOB TITLE:

Postdoctoral Research Associate

JOB PURPOSE:

The Design of Inorganic Materials Lab, in the Department of Chemistry at the University of Wyoming, led by Prof. de Sousa Oliveira is accepting applications for a postdoctoral researcher with experience in modeling polaron transport.

Band conduction is the typical mode of conduction for inorganic materials. However, in polar and ionic solids, local lattice distortions can lead to (localized) polaron conduction. We aim to investigate if polaron hopping is a suitable conduction mechanism for thermoelectricity in MOFs. This work is supported by the Department of Energy through an Early Career Research Program Award.

The position is for a 1-year contract renewable for at least up to 2 years. We are looking for someone who can begin immediately.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Publish in peer reviewed journals.
• Present results at nationally and internationally recognized conferences.
• Create, share, and archive reproducible and robust code.
• Participate in group activities and outreach.
• Collaborate with other researchers.
• Contribute to writing proposals.

COMPETENCIES:

Motivational Fit

Oral and Written Communication Skills

MINIMUM QUALIFICATIONS:

• A PhD in theoretical/computational Chemistry, Physics, Materials Science, or related disciplines.
  A Doctoral Degree is required for this position, however, consideration will be given to applicants that are currently pursuing their Doctoral Degree and will complete the degree prior to starting work.

DESIRED QUALIFICATIONS:

• A strong background in density functional theory, especially in electronic structure calculations.
• Experience modeling polaron transport.
• Experience modeling electron-phonon coupling.
• Good programming skills (knowledge of Python preferred).
• Basic knowledge of machine learning.
• Solid communication skills in both spoken and written English.
• Highly driven and self-motivated individuals with a strong publication record.

REQUIRED MATERIALS:

Complete the online application and upload the following for a complete application:

• Cover letter, including a brief summary of past research accomplishments explaining why applicants are qualified for and are interested in this position, and a description of future research interests. Please include your earliest available start date.
• CV, including scientific achievements, list of publications , coding skills, and contacts for at least 3 references .
• Copy of PhD transcript.

Letters of recommendation may be requested for candidates under consideration and will be treated as confidential. Candidates under serious consideration will be contacted for a virtual interview.

For further information, please contact Prof. de Sousa Oliveira atldesousa "at" uwyo.edu

Please submit your application by January 15th. This position will remain open until filled, however, only complete applications received by 01/15/2026 will receive full consideration.

Work Authorization Requirements:

Work authorization sponsorship may be available for this position, conditioned on the non-applicability of the fees implemented in 90 FR 46027 to the visa petition.

WORK LOCATION:

On-campus: This position provides vital support to campus customers, and the successful candidate must be available to work on campus.

Our group:

In the Design of Inorganic Materials Lab, we leverage computational tools and strategies to investigate fundamental chemical and physical processes to advance scientific knowledge, improve existing technologies, and design the next generation of (smart) materials. We strive for academic excellence and to foster a thriving intellectual and supportive environment. At the University of Wyoming, we have access to outstanding computational resources and facilities, including the NCAR Wyoming Supercomputer (NWSC).

Find more about our group at:

HIRING STATEMENT/EEO:

All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or status as a protected veteran. In compliance with the ADA Amendments Act (ADAAA), if you have a disability and would like to request an accommodation to apply for a position, please contact us at 307-766-2377 or email [email protected].

ABOUT LARAMIE:

The University of Wyoming is located in Laramie, a charming town of 30,000 residents nestled in the heart of the Rocky Mountain West. The state of Wyoming continues to invest in its only 4-year university, helping to make it a leader in academics, research, and outreach with state-of-the-art facilities and strong community ties. We invite you to learn more about Laramie by visiting the About Laramie website.

Located in a high mountain valley near the Colorado border, Laramie offers both outstanding recreational opportunities and close proximity to Colorado's Front Range and the metropolitan Denver area. Laramie's beautiful mountain landscape offers outdoor enjoyment in all seasons, with over 300 days of sunshine annually. For more information about the region, please visit