Lead Advanced System Engineer EMIRATES GLOBAL ALUMINIUM (EGA)

Process Modeling and Simulation:

• Lead the development of complex, high-fidelity models of the smelting process.
• Innovate new modeling methodologies and tools to enhance predictive capabilities.
• Validate and calibrate models using plant data and experimental results.

Control Systems and Automation Development:

• Lead the design and deployment of sophisticated control systems and automation solutions.
• Develop novel control methodologies and oversee their implementation across multiple facilities.
• Collaborate with the Process Automation team to align control strategies with hardware capabilities.

Advanced Data Analytics:

• Lead data analytics initiatives employing statistical tools and advanced algorithms.
• Integrate data analytics with modeling and control systems for comprehensive process optimization.
• Explore and implement new technologies to enhance process understanding and control.

Process Optimization and Improvement:

• Drive strategic initiatives for process optimization and innovation.
• Evaluate and implement new technologies and methodologies to advance process performance.
• Lead cross-functional teams in large-scale improvement projects.

Multi-Physics Understanding and Application:

• Develop comprehensive multi-physics models that accurately represent the smelting process.
• Provide expert insights into process behavior and guide strategic decision-making.
• Mentor junior engineers in understanding and applying multi-physics concepts.

Safety and Environmental Impact Reduction:

• Adhere to safety protocols and promote safe working practices.
• Contribute to initiatives aimed at reducing emissions, energy consumption, and waste.
• Ensure that all solutions comply with environmental regulations and company policies.
• Lead efforts to enhance safety and environmental performance through technological innovations.
• Develop models and control strategies that proactively mitigate risks.

Measurement Techniques and Instrumentation:

• Lead the development of new measurement technologies and diagnostic tools.
• Evaluate and implement advanced instrumentation to enhance process visibility.

Collaboration and Communication:

• Lead cross-functional collaboration efforts and serve as a technical liaison between departments.
• Communicate complex technical concepts to stakeholders at all levels, including senior management.
• Represent the company at industry conferences and technical forums.

Continuous Learning and Professional Development:

• Stay updated with the latest developments in smelting processes, control systems, modeling tools, and analytical techniques.
• Engage in professional development activities, attend workshops, and pursue relevant certifications.
• Contribute to the company’s knowledge base by sharing insights and best practices.

Career Progression:

• Lead complex, high-impact projects with significant autonomy.
• Provide technical leadership and strategic direction within the team and organization.
• Mentor and develop other engineers, influence technological advancements, and contribute to the company’s strategic goals.

AUTHORITY / DECISION MAKING:

• Lead complex advanced systems projects, making strategic technical decisions.
• Approve final models, algorithms, and control strategies for implementation.
• Manage technical aspects of project budgets and resource allocations.
• Mentor junior engineers, guiding their decision-making processes and technical development.

QUALIFICATIONS & SKILLS:

Education:

• Bachelor’s or Master’s or Diploma’s degree in Electrical Engineering, Automation Engineering, Electronics Engineering, Control Systems Engineering, Chemical Engineering, Mechatronics, Computer Science, or a related field.
• Certificate of a high-level reduction process course.
• Specialization Diplomas or Post Graduate courses are highly advantageous.