Materials Engineer

LIFT is seeking a materials engineer to perform microstructural, chemical, and thermodynamic analyses of various material systems in the LIFT materials laboratory. The applicant will be responsible for understanding and educating themselves on each of the alloy systems as we engage in them, analyzing and interpreting microstructure and chemistry, and conducting various destructive and non-destructive tests.

Core LIFT activities including Advanced Metallics Production and Processing (AMPP), Integrated Computational Materials Engineering (ICME – virtual materials design), and Hypersonic and Extreme Environment Testing (HEET), will position LIFT at the center of accelerated materials development, both nationally and globally.

• Perform thermodynamic analysis (TGA/DSC/DTA/TMA), chemical testing (SEM/EDS, GD-OES, XRF, LALI-TOF-MS, combustion, etc.), rheometry, and metallography of various materials in accordance with applicable standards.
• Support experiment design, sample and data collection, and evaluation of novel alloy systems and analytical techniques.
• Evaluate, compare, and provide technical recommendations for equipment selection and purchasing decisions.
• Work closely with suppliers and project teams to refine test techniques and make suggestions for equipment updates.

• Adhere to safety protocols including proper PPE usage to minimize risks associated with a manufacturing environment.
• Participate in regular safety inspections and audits to identify potential hazards and ensure adherence to safety regulations.
• Track and lead routine and preventative maintenance activities to ensure safety, quality, and reduce downtime.
• Maintain equipment calibrations to ensure quality test results
• Follow procedures for sorting, set in order, shine, standardize, and sustain to ensure a safe and organized work environment.

• This position will work in a combination of lab, shop, and office environments.
• May require occasional (