Chemical Engineer / Industrial Engineer

Role invitation

Chemical Engineer responsibilities

• Contribute to design, evaluation, and optimization of industrial processes involving chemical materials, production systems, and process equipment.
• Analyze process data and flow diagrams, evaluate equipment performance, and identify efficiency, product quality, and resource-use improvements.
• Work with production, maintenance, quality, and engineering teams to investigate issues and implement improvements.
• Conduct process calculations, prepare technical documentation, support equipment selection, and monitor process parameters.
• Assess process safety risks and support compliance with environmental, quality, and safety standards.

Industrial Engineer responsibilities

• Analyze manufacturing processes and workflows, identify bottlenecks, and develop strategies to reduce waste and improve productivity.
• Work with production, supply chain, quality, and management teams to implement improvements.
• Conduct time and motion studies, review production layouts, analyze operational data, optimize resource use, and monitor key performance indicators.
• Contribute to continuous improvement, cost reduction, quality enhancement, and standardized operating procedures.

Qualifications

• Degree or diploma in Chemical Engineering, Industrial Engineering, Process Engineering, Manufacturing Engineering, or a related technical discipline.
• Strong understanding of engineering principles, industrial processes, technical analysis, and problem-solving; ability to interpret technical data and process documentation.
• Chemical Engineer role: familiarity with process flow diagrams, process calculations, equipment evaluation, and chemical process safety is advantageous.
• Industrial Engineer role: knowledge of production planning, workflow analysis, capacity planning, and process optimization is beneficial.
• Understanding of quality assurance, risk assessment, environmental requirements, and operational safety.
• CAD software, statistical analysis tools, process simulation applications, or industrial engineering software are advantageous.
• Proficiency in Microsoft Office for reporting, documentation, and data analysis.
• Strong analytical, organizational, communication, and collaboration skills; attention to detail and commitment to quality, safety, resource efficiency, and continuous improvement.