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ExxonMobil is seeking a Technologist to support research and technology development in a lab environment in Spring, Texas. The role involves executing experiments, analyzing data, and evaluating materials, catalysts, electrochemical systems, and carbon capture technologies.
You will work with scientists and engineers to advance concepts from concept to pilot-scale readiness, maintaining safety and quality in all operations.
For well over a century, ExxonMobil has been at the heart of creating and growing a modern world. We embrace the power and promise of technology, pushing the boundaries of what's possible. For billions around the world, lives are better and last longer because of the innovative problem solving and reliable energy we provide. And when it comes to developing industrial solutions to reduce carbon emissions, ExxonMobil is truly the leader.
We don't stop at "good enough." We are committed to doing what's right, even if it's difficult or unpopular. We hold ourselves to high standards, challenge what's possible, and invest in innovation to meet society's critical needs.
Real change begins with bold questions, drive, and ambition. Here, your talent, determination, and contributions shape how far you'll go and the impact you'll make along the way.
Our future success depends on exceptional people. We invest in developing talent through meaningful work, challenging assignments, mentorship, and experiences that help build the next generation of leaders.
We are uniquely ExxonMobil. Integrity, care, excellence, resilience and courage, these core values determine how we work every day. At ExxonMobil, our values aren't just words- they're how we show up, focused on delivering the right answer, the right way, every day.
As an Technologist, you will support research and technology development by conducting laboratory experiments, operating specialized equipment, analyzing data, and maintaining safe and efficient laboratory operations. You will work closely with scientists and engineers to evaluate new materials, processes, and technologies from concept through pilot-scale readiness.
Execute laboratory experiments and standardized or custom test methods to generate high-quality technical data.
Build, operate, and evaluate laboratory-scale components, reactors, and prototype systems.
Support development and characterization of novel materials, catalysts, electrochemical systems, and carbon capture technologies.
Analyze fluid, chemical, and material samples using wet chemistry and advanced analytical techniques.
Troubleshoot laboratory equipment and process units to ensure reliable operation.
Maintain laboratory equipment, inventories, and documentation while upholding safety and quality standards.
Support research, development, and optimization programs involving catalytic materials, electrochemical systems, carbon capture technologies, and complex chemical mixtures.
Operate laboratory reactors, benchtop process units, and materials synthesis equipment, including catalyst loading, feed preparation, experimental execution, and data analysis.
Perform analytical and characterization testing using techniques such as FTIR, GPC, GC, NMR, thermal analysis, and surface characterization methods.
Evaluate novel materials including sorbents, solvents, membranes, coatings, catalysts, and proppants.
Conduct sample preparation and wet chemistry procedures, including extraction, filtration, distillation, and related laboratory techniques.
Maintain, calibrate, troubleshoot, and improve laboratory equipment and instrumentation.Analyze and interpret experimental results and provide clear, concise technical documentation and reports.
Manage chemical, sample, and spare-parts inventories.
Work closely with researchers to execute experimental programs and support technology advancement.
Follow all laboratory safety requirements, quality management systems, SOPs, and chemical hygiene protocols.
B.S. or M.S. in Chemistry, Chemical Engineering, Materials Science, Physics, Biochemistry, Geochemistry, or a related scientific discipline.
Experience working in a laboratory environment through coursework, internships, research, or professional experience.
Strong attention to detail and ability to follow established laboratory procedures and SOPs.
Demonstrated problem-solving skills and mechanical aptitude for troubleshooting laboratory equipment.
Experience handling chemicals safely and working within laboratory safety programs.
Strong written and verbal communication skills, including technical documentation and reporting.
Ability to learn new techniques, instrumentation, and workflows quickly.
Proficiency with Microsoft Excel, Word, and PowerPoint.
Experience with wet chemistry techniques and sample preparation methods.
Familiarity with analytical instrumentation such as FTIR, GC, GPC, NMR, or related techniques.
Knowledge of basic chemical engineering and scientific principles, including mass balances, chemical calculations, and data analysis.
Ability to work effectively both independently and within multidisciplinary research teams.
Experience operating laboratory reactors, pilot-scale equipment, or process development units.
Familiarity with pressurized systems, pumps, compressors, instrumentation, sensors, and computerized control systems.
Hands-on experience with catalyst, sorbent, membrane, or electrochemical materials development.
Experience with advanced characterization techniques such