HME MT Modelling & Simulation Engineer

Anglo American · Northern Cape

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Job Description

As HME MT Modelling & Simulation Engineer your responsibilities will include but not limited to:

Modelling and Simulation Development: Develop models and simulations for heavy mobile equipment in mining operations.
Performance Optimisation: Optimise the performance of the heavy mobile equipment through simulation based analysis to improve efficiency, reduce downtime, and increase productivity.
Equipment Selection and Sizing: Analyse payload capacity, speed, and power requirements to select the right equipment for specific tasks and ensure it is appropriately sized for the job.
Safety Analysis: Simulate various scenarios to assess risks and identify potential hazards associated with heavy equipment operation.
Training and Education: Develop training programs or materials based on simulation models to educate operators on best practices for using heavy mobile equipment safely and efficiently.
Continuous Improvement: Monitor and analyse simulation data to identify improvement areas in equipment performance, operational processes, and safety protocols.
Collaboration: Collaborate with other departments, such as engineering, operations, and maintenance, to ensure that simulation models accurately reflect real-world conditions and requirements.
Technology Evaluation and Integration: Stay current with modelling and simulation technology advancements and evaluate their applicability to the mining operation.

Ensure compliance with the budget for the area of responsibility.
Evaluate and approve cost impacts in the area of responsibility and revise the budget accordingly.
Identify, communicate, and execute potential cost-reduction initiatives.

This role is in Technical & Integrated Planning T&IP NC department on a Band 6 D-Lower level reporting to the Section Manager MT Planning.

Technical Knowledge

3-5 years of relevant modelling and simulation engineering experience in a mining environment.
Knowledge of mining engineering equipment analysis, design, and maintenance.
Understand the various rotating equipment used in mining, including crushers, pumps, motors, conveyors, and gearboxes.
Knowledge of maintenance strategies such as preventive maintenance, predictive maintenance, and reliability-centred maintenance is necessary.
Understand reliability engineering concepts and methodologies, including failure modes and effects analysis and root cause analysis, to improve equipment uptime, performance, and longevity.
Understand spare parts management principles, including inventory optimisation, procurement processes, and vendor management.
Proficiency in data analysis tools and techniques to monitor equipment performance and generate performance metrics and reports.
In-depth knowledge of SAP PM Advanced and other ERP modules applicable to the work area.
Proficiency in MS Office and other 3rd party interface software.