Summary

The Postdoctoral Researcher will perform research on the experimental measurement and analysis of dissolution/precipitation kinetics of cementitious components and the rheological properties, reaction rates, and mechanical property development of novel materials for 3D printing of cementitious materials. Requires theoretical knowledge of the thermodynamics and kinetics of phase transformations. Knowledge of inorganic chemistry, especially cement chemistry, is strongly preferred, as well as a background in experimental thermal methods, rheological metrology, and microscopy. An emphasis on publication of research results and development of new ideas for research funding. Also involves responsibility for care and oversight of lab operations, including guiding graduate and undergraduate students in their research.

Job description

Purpose

The Postdoctoral Researcher will perform research on the experimental measurement and analysis of dissolution/precipitation kinetics of cementitious components and the rheological properties, reaction rates, and mechanical property development of novel materials for 3D printing of cementitious materials. Requires theoretical knowledge of the thermodynamics and kinetics of phase transformations. Knowledge of inorganic chemistry, especially cement chemistry, is strongly preferred, as well as a background in experimental thermal methods, rheological metrology, and microscopy. An emphasis on publication of research results and development of new ideas for research funding. Also involves responsibility for care and oversight of lab operations, including guiding graduate and undergraduate students in their research.

Responsibilities

Perform measurements of kinetic and thermodynamic properties of components of cementitious materials.
Perform measurements and design mixtures for novel concrete 3D printing applications.
Write and publish journal articles based on the results of completed studies related to the projects.
Assist with the development of grant proposals based on the findings of current projects.
Mentor graduate students performing experimental research on cement hydration, carbonation, cold sintering, and materials characterization.
Oversee maintenance of laboratory, including care of instrumentation, materials inventory, and safety protocols.

Required Education

Doctoral Degree

Requirements

Doctoral Degree
Theoretical knowledge of thermodynamics and kinetics of phase transformations
Knowledge of inorganic chemistry, especially cement chemistry (strongly preferred)
Background in experimental thermal methods, rheological metrology, and microscopy (preferred)

Benefits

Medical Insurance
Prescription Coverage
Vision Insurance
Dental Insurance
Life Insurance
Long-Term Disability Insurance
Defined Benefit Retirement Plan
403(b) & 457(b) Programs
Flexible Spending Accounts
Paid Holidays
Vacation Leave
Sick Leave
Professional Development
Tuition Assistance
Wellness Programs

Company overview

The Texas A&M Engineering Experiment Station (TEES) is a premier engineering research agency within the Texas A&M University System. Established in 1914, TEES serves as the engineering research arm of Texas A&M University, conducting cutting-edge research across multiple engineering disciplines including aerospace, biomedical, chemical, civil, electrical, mechanical, and nuclear engineering. As one of the nation's largest engineering research organizations, TEES collaborates with industry partners, government agencies, and academic institutions to translate fundamental research into practical applications and technological innovations. The organization manages hundreds of research projects annually, addressing critical challenges in energy, healthcare, infrastructure, defense, and environmental sustainability. TEES plays a vital role in advancing engineering education, fostering economic development, and training the next generation of engineering leaders through its integration with Texas A&M's academic programs and research initiatives.