Synthetic Chemistry Intern - Materials Chemistry and Physics

1w1 week ago

GE Vernova

US · Full-time · $75,000 – $95,000

About this role

GE Vernova Advanced Research drives strategy and leads R&D efforts to power the energy transition. Researchers from major scientific disciplines collaborate with GE Vernova businesses, the U.S. government, and over 420 entities on 150+ energy projects. These initiatives solve technical challenges, advance products, and enable breakthrough innovation for sustainable energy.

As a Summer Intern in Materials Chemistry and Physics, develop next generation sorbent materials and coatings for decarbonization technologies. Work on functional materials like high voltage insulation gel, epoxy resins, and dielectric gases. Assignments last 10-12 weeks, applying theoretical knowledge to real-life problems in a global research environment.

Work side-by-side with experts in chemistry, chemical engineering, and materials science on challenging technical projects. Execute design, analysis, and validation of Carbon Capture technologies. Collaborate across the Vernova Advanced Research Center and business segments to advance the energy transition.

Gain mentorship from world-class scientists and engineers driving decarbonization, renewables, and electrification. Build skills in organic and inorganic synthesis, polymer chemistry, slurry coatings, and composite materials. Contribute to a zero-carbon future in a cutting-edge industrial setting.

Requirements

Current enrollment in a full-time Ph.D. degree program in Chemistry, Materials Science, Chemical Engineering, or related disciplines
Legal authorization to work in the U.S.
Strong background in organic and/or inorganic materials synthesis
Knowledge of polymer chemistry, slurry coating formulations, and composite materials
Not a national of countries subject to U.S. Export Administration Regulations restrictions (e.g., North Korea, Syria, Iran, Cuba), unless U.S. person status
Ability to collaborate with engineers and scientists across research center and business segments

Responsibilities

Develop next generation sorbent materials and coatings for decarbonization technologies
Synthesize functional materials such as high voltage insulation gel, epoxy resins, and dielectric gases
Execute design, analysis, and validation of Carbon Capture projects
Apply theoretical knowledge to real-life technical problems
Collaborate with experts in chemistry, chemical engineering, and materials science
Work on organic and inorganic materials synthesis and polymer chemistry
Formulate slurry coatings and organic/inorganic composite materials

Benefits

10-12 week assignment side-by-side with field experts
Mentorship by world-class scientists and engineers
Participation in major research programs for decarbonization and energy transition
Collaboration with GE Vernova businesses, U.S. government, and 420+ technology entities