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Company

QuesTek Innovations LLC · 5 hours ago

Senior Materials Design Engineering – Research and Development Group

Evanston, IL

Full-time

Remote

Senior Level

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Advanced MaterialsIndustrial

No H1B

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Responsibilities

Develop mechanistic, physics-based ICME models and model workflows for alloy compositions and process development.

Lead ICME-based alloy design initiatives, with a particular emphasis on corrosion and environmental effects (e.g., oxidation/reducing environments, stress-corrosion cracking, hydrogen embrittlement).

Work in a fast-paced innovative environment requiring creativity to deliver on challenging project and software deliverables.

Collaborate with cross-functional teams to define project requirements and deliverables.

Effective management of complex multi-faceted projects.

Proposal development and writing to capture external R&D funds.

Mentorship of junior engineering staff.

Interact directly with industry and government clients.

Present and technical conferences.

Write clean, well-documented, and maintainable code.

Qualification

Find out how your skills align with this job's requirements. If anything seems off, you can easily click on the tags to select or unselect skills to reflect your actual expertise.

Integrated computational materials engineeringCALPHAD modelingCorrosion/environmental effectsThermodynamicsKineticsMechanics of materialsObject-oriented python codingMechanistic structure-property modelingPhase FieldAtomisticsMolecular statics/dynamicsDFTCPFEMAlloy design using ICMEVersion control systemsMetal additive manufacturingTeamwork skillsTime management skills

Required

Bachelor's degree in Materials Engineering, Mechanical Engineering, Physics, Computer Science or a related field.

Experience with Integrated computational materials engineering (ICME).

Experience with CALPHAD modeling.

Experience with corrosion/environmental effects on materials (e.g., oxidation).

Experience working in a research environment.

Understanding of fundamental thermodynamics, kinetics, and mechanics of materials.

Excellent problem-solving skills and attention to detail.

Strong teamwork, communication, and time management skills.

Preferred

Graduate level degree in Materials Science and Engineering preferred.

Proficient in object-oriented python coding.

Experience with other ICME approaches (e.g., mechanistic structure-property modeling, Phase Field, Atomistics, Molecular statics/dynamics, DFT, CPFEM, etc.).

Experience designing alloys using ICME.

Advanced experimental materials science research experience.

Experience with version control systems (e.g., Git).

Experience with metal additive manufacturing techniques.