eMASCO

Materials Engineer research, develop, and evaluate materials for a wide range of industrial applications, including metals, alloys, rubber, textiles, glass, and chemicals. They analyse material composition, conduct experiments and tests, and apply scientific and engineering principles to improve product performance, durability, safety, and cost efficiency. Their role includes material selection, failure analysis, quality assurance, and advising on recycling or damage assessments, while collaborating with design, production, and manufacturing teams to optimise materials for specific applications.

Tasks

Design and optimise materials-related production processes to improve efficiency, reduce waste, and maximise material use.

Select and evaluate suitable materials for products and manufacturing applications.

Conduct material testing and analysis, including strength, durability, corrosion resistance, failure investigations, and interpretation of results to support material selection and improvement.

Develop and implement process improvements, technological upgrades, and quality control measures to enhance material performance and reliability.

Collaborate with design, production, manufacturing, and multidisciplinary teams to ensure material suitability and performance for specific applications.

Prepare technical reports, documentation, and cost analyses on material performance, testing outcomes, and improvement recommendations.

Ensure compliance with safety, quality, and environmental regulations in materials engineering activities and processes.

Advise on material failures, damage assessments, recycling, and sustainability considerations.

Conduct research and development activities to improve existing materials and develop new materials for industrial applications.

Skills

Basic

Ability to work collaboratively in teams and manage multiple projects efficiently.

Critical thinking and attention to detail in assessing material performance and handling.

Effective communication skills, both written and verbal, for reporting results and collaborating with teams.

Proficiency in laboratory equipment use and adherence to safety protocols.

Strong analytical and problem-solving skills to interpret experimental and test data accurately.

Specific

Ability to analyse and interpret materials testing data for quality evaluation and performance improvement.

Ability to conduct material performance evaluation, including corrosion, fatigue, creep, impact, and failure analysis.

Expertise in failure investigation and root cause analysis to recommend corrective actions and improve material performance.

Familiarity with industry standards and testing protocols for quality and compliance.

Knowledge of manufacturing and metallurgical processes, including heat treatment, welding, and casting.

Knowledge of material properties, metallurgy principles, and material selection for different operating environments.

Knowledge of workplace safety and health practices in materials laboratories and engineering environments.

Proficiency in advanced materials characterisation and testing techniques, mechanical testing, operation of testing equipment, and interpretation of testing data.

Additional Info

QUALIFICATION

Bachelor’s degree or equivalent

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