JOB  SUMMARY

Key Responsibilities

– Review engineering plans and design specifications for new products, assessing and recommending appropriate materials based on factors including mechanical strength, thermal performance, weight, durability, and cost considerations.
– Plan, establish, and oversee laboratory operations to research and develop new materials and fabrication techniques, ensuring outcomes align with production performance standards and commercial targets.
– Liaise with materials producers, suppliers, and manufacturers — including those specialising in metals, ceramics, polymers, cements, and elastomers — to evaluate the suitability of materials for specific product or project applications.
– Investigate product and component failures by analysing failure data, conducting root cause analysis, and implementing targeted laboratory testing to identify causes and recommend corrective actions.
– Develop and maintain materials testing programmes, interpreting results to provide technical guidance on material selection, processing methods, and quality assurance requirements.
– Collaborate with cross-functional engineering, design, and manufacturing teams to integrate material considerations into the full product development lifecycle, from concept through to production.
– Prepare detailed technical reports, material specifications, and documentation to support project decision-making, regulatory compliance, and client deliverables.
– Monitor developments in materials science and emerging technologies, identifying opportunities to apply new materials or processes that improve product performance or reduce costs.
– Ensure all materials engineering activities comply with relevant Australian and international standards, workplace health and safety regulations, and industry best practice.
– Support continuous improvement initiatives by assessing existing materials and processes, identifying inefficiencies, and recommending enhancements to improve quality and operational outcomes.
– Assist in the specification and procurement of materials, providing technical input to sourcing decisions and working with procurement teams to evaluate supplier capabilities and material certifications.

Required Qualifications & Skills

– Bachelor’s degree or higher in Materials Engineering, Materials Science, Mechanical Engineering, or a closely related discipline.
– Demonstrated experience in a materials engineering role, with a sound understanding of the properties and behaviour of metals, polymers, ceramics, composites, or other engineering materials.
– Proficiency in materials testing, characterisation techniques, and the interpretation of test data, including mechanical, thermal, and chemical analysis methods.
– Experience with failure analysis methodologies and the ability to translate findings into actionable engineering recommendations.
– Strong understanding of Australian and international materials standards and relevant regulatory frameworks.
– Proficiency in engineering software and tools relevant to materials analysis and documentation.
– Excellent analytical and problem-solving skills, with high attention to detail and the ability to assess complex technical information accurately.
– Strong written and verbal communication skills, with the ability to produce clear technical reports and present findings to both technical and non-technical stakeholders.
– Ability to manage multiple projects simultaneously, prioritise workloads effectively, and meet deadlines in a dynamic engineering environment.
– Eligible to work in Australia with no restrictions.

## Preferred Qualifications

– Postgraduate qualifications in Materials Engineering, Materials Science, or a related field.
– Chartered Professional Engineer (CPEng) status with Engineers Australia, or progress towards chartership.
– Experience in a relevant industry sector such as mining, construction, defence, aerospace, automotive, or advanced manufacturing.
– Familiarity with finite element analysis (FEA) software or other computational modelling tools used in materials and structural assessment.
– Knowledge of sustainable materials practices, lifecycle assessment, or circular economy principles as applied to engineering materials.
– Experience working with composite materials, additive manufacturing processes, or surface engineering technologies.
– Exposure to quality management systems such as ISO 9001 or industry-specific quality frameworks.

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