Job Details

Research Postdoc in Environmental Electrochemistry & PFAS Technologies

Position Number: 6149788
Location: Lubbock, TX
Position Type: Science - Chemistry

Research Postdoc in Environmental Electrochemistry & PFAS Technologies
Lubbock
40813BR
ISCE

Position Description
Performs specialized Post Doctoral work in the planning, conducting and/or supervision of original research. Responsible for participating in a research project associated with PhD studies and the interpretation of the results of publication. Work is performed under supervision of graduate faculty members with evaluation based on accomplishment of assigned objectives and overall effectiveness of project. May supervise research and student assistants.

Major/Essential Functions
The candidate will work in Dr. Botte's laboratories (https://www.ceti-lab.com) and/or the NSF Engineering Research Center, CASFER (https://www.casfer.us) and will perform work under her supervision and senior research associates with evaluation based on accomplishment of assigned objectives and overall effectiveness of projects.

This position is expected to support a wide array of research projects with an initial focus on PFAS sensing and removal technologies. The successful candidate will contribute to multidisciplinary environmental and electrochemical research initiatives including the development of electrochemical sensors, remediation processes, and hydrogen production systems. Projects will encompass PFAS detection and elimination, hydrogen generation from ammonia, nitrogen and phosphorus recovery from waste streams, carbon nanostructure and graphene synthesis, water treatment and disinfection, selective catalytic reduction, ammonia synthesis, novel battery materials development, advanced electrowinning techniques, and sustainability assessments through technoeconomic and life cycle analyses. The ideal candidate should demonstrate expertise in electrochemical systems with significant experience in environmental applications.

Key Skills Required

PhD in Electrochemistry or related field with strong publication record demonstrating expertise in electrochemical systems

Proven ability to optimize electrochemical systems through electrode architecture design, materials selection, and electrolysis parameter optimization

Capability to develop and test prototypes at both laboratory bench and field scales

Expertise in designing accelerated testing protocols to evaluate and enhance reactor cycle life and durability

Track record of preparing and delivering high-quality technical reports and presentations

Experience in grant and proposal writing

Excellent written and verbal communication skills

Strong organizational abilities with meticulous attention to detail

Demonstrated capacity to work effectively both independently and as part of multidisciplinary teams

Creative problem-solving approach combined with rigorous analytical thinking

Excellent interpersonal skills and professional demeanor

Ability to thrive in fast-paced research environments and meet challenging project deadlines

Self-motivated with a proactive approach to research challenges and professional development

Required Qualifications
PhD in area of project specialization. Knowledge of modern research practices, the methods, resources, and standards thereof. Ability to organize work effectively, conceptualize and prioritize objectives and exercise independent judgment based on an understanding of organizational policies and activities. Ability to integrate resources, policies, and information for the determination of procedures, solutions and other outcomes. Ability to establish and maintain effective work relationships with other employees and the public. Ability to plan and allocate the workload of employees, providing direct training and supervision as needed.

Preferred Qualifications

Proficiency with analytical techniques: GC-MS, HPLC, ICP-OES, TGA, NMR, and IC
Experience in electrolyzer design, optimization, and scale-up
Strong materials science foundation and characterization expertise

Capability in rapid prototyping, manufacturing, and test rig assembly

Familiarity with modeling software: COMSOL, ASPEN, and life cycle analysis tools

Proficiency in technical design software: CAD/SOLIDWORKS, FLUENT, and finite element analysis

Experience conducting technoeconomic analysis and life cycle assessments

Special Instructions to Applicant

Minimum Hire Rate

To apply, visit workattexastech.com

All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, age, disability, genetic information or status as a protected veteran.