eMASCO

Industrial Engineer designs, implements, and optimises production and operational systems to improve efficiency, productivity, and quality. They integrate engineering principles, technology, human factors, and workflow management to enhance manufacturing processes, supply chains, and resource utilisation while reducing waste and operational costs. Their role includes planning, analysing, and improving systems and processes, ensuring reliability, safety, and compliance, and applying specialised techniques such as process optimisation, component and tooling design, failure analysis, and the integration of advanced technologies.

Tasks

Design, analyse, and improve production and operational processes to maximise efficiency, reduce waste, and minimise costs.

Develop and implement process improvements, technological upgrades, and lean manufacturing practices to enhance productivity and quality.

Conduct time and motion studies, process simulations, and efficiency analyses to optimise workflows and resource utilisation.

Prepare material and equipment specifications, cost analyses, and production reports to support operational planning and improvement.

Design and maintain production standards, operational control methods, and facility layouts to improve workflow efficiency.

Monitor system, equipment, and component performance, troubleshoot operational issues, and implement corrective actions to improve reliability.

Conduct quality and reliability assessments, perform failure analysis, and ensure compliance with safety and environmental requirements.

Collaborate with engineers, cross-functional teams, suppliers, and stakeholders to improve production performance and system effectiveness.

Plan and coordinate process improvement projects, including scheduling, resource allocation, risk assessment, and progress reporting.

Train staff and provide technical instructions and manuals on new processes, systems, and best practices.

Skills

Basic

Ability to adapt to technical tools, processes, and cross-functional collaboration.

Critical thinking and attention to detail.

Effective communication and teamwork skills, including active listening.

Organisational and time-management skills, including project coordination.

Strong analytical and problem-solving abilities.

Specific

Competency in project planning, scheduling, resource allocation, and cost control for process improvement projects.

Competency in the operation, maintenance, and automation of industrial systems, machinery, and plant equipment.

Knowledge in failure analysis, reliability testing, and component validation methodologies.

Knowledge in industrial, mechanical, and production engineering principles for manufacturing process improvement.

Knowledge in quality control, safety requirements, and regulatory compliance in industrial operations.

Proficiency in lean manufacturing, and other process improvement techniques for industrial optimisation.

Proficiency in simulation, Computer-Aided Design and Computer-Aided Manufacturing (CAD/CAM), and rapid prototyping tools for process and system analysis.

Proficiency in systems analysis, time and motion studies, and workflow evaluation.

Additional Info

QUALIFICATION

Bachelor’s degree or equivalent

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