We are seeking a talented and experienced Dense Media Separation (DMS) Engineer for our client a global leader in manufacturing DMS plants. The successful candidate will lead efforts in designing implementing and optimizing DMS processes for material separation and resource recovery. As a DMS Engineer you will contribute to the efficiency and effectiveness of operations through the application of innovative separation technologies.
Minimum requirements:
- Bachelors degree in Engineering
- Proven experience in designing implementing and optimizing Dense Media Separation systems.
- Familiarity with a variety of separation equipment and technologies.
- Strong analytical and problemsolving skills.
- Technical aptitude and ability
- Excellent communication and collaboration abilities
- Sales Engineer / Customer service background
- Costing
- Operations and maintenance on the Plant
- Portuguese and / or French speaking advantageous
- Willingness to travel extensively locally and abroad
Responsibilities:
- System Design and Optimization
- Design and optimize Dense Media Separation systems for efficient material separation based on project requirements.
- Collaborate with crossfunctional teams to ensure integration with overall process flow.
- Equipment Selection and Configuration
- Select configure and calibrate equipment used in Dense Media Separation processes.
- Work closely with suppliers to evaluate and implement stateoftheart separation technologies.
- Process Monitoring and Control
- Implement monitoring systems to track the performance of DMS processes.
- Develop and implement control strategies to ensure consistent and reliable separation outcomes.
- Troubleshooting and Maintenance
- Diagnose and troubleshoot issues related to Dense Media Separation systems.
- Develop and execute maintenance plans to ensure optimal equipment performance.
- Data Analysis and Reporting
- Analyze data from separation processes to identify opportunities for improvement.
- Prepare and present regular reports on system performance and efficiency.