As a Junior Materials Engineer specializing in superalloys and ceramic coatings, you will support the development and evaluation of advanced materials used in high-temperature and harsh environments. Your primary focus will be on assisting with research, characterization, and testing of superalloys and ceramic coatings to enhance material performance in sectors like aerospace, energy, and automotive.
Superalloys Development & Characterization:
Support material selection, microstructural analysis, mechanical property evaluation, and performance testing of nickel-based and cobalt-based superalloys.
Ceramic Coatings Analysis & Optimization:
Assist in the study and improvement of ceramic thermal barrier coatings (TBCs), wear-resistant coatings, and corrosion-resistant layers to enhance durability under extreme conditions.
Materials Testing & Evaluation:
Conduct and analyze tests including hardness, tensile strength, fatigue, creep, oxidation, and corrosion resistance to determine material suitability and coating effectiveness.
Failure Analysis & Troubleshooting:
Participate in root cause analysis of material failures and coating degradations, contributing to corrective actions and process improvements.
Process Support & Documentation:
Aid in developing coating application processes such as thermal spray or chemical vapor deposition (CVD) and maintain detailed experimental records and reports.
Collaboration & Continuous Learning:
Work closely with senior engineers, production teams, and suppliers while staying current with emerging trends and technologies in superalloys and ceramic coatings.
Perform laboratory testing and characterization of superalloys and ceramic coatings under supervision.
Assist in materials selection and specification for component design.
Support research projects aimed at improving coating adhesion, thermal resistance, and mechanical properties.
Prepare technical documentation, including test reports and material datasheets.
Follow safety and quality standards in all laboratory and testing procedures.
Bachelor’s degree in Materials Science, Metallurgical Engineering, or related discipline.
Fundamental knowledge of metallurgy and ceramic materials.
Familiarity with materials testing equipment and analytical techniques (e.g., SEM, XRD, hardness testers).
Strong attention to detail and good organizational skills.
Effective communication and teamwork abilities.
Eagerness to learn and grow in the field of advanced materials.
Basic experience or coursework related to superalloys and thermal barrier coatings.
Understanding of coating deposition techniques like thermal spraying or PVD/CVD.
Exposure to failure analysis methodologies.