Automation Design

Designing, developing and enhancing electro-mechanical systems and mechatronic devices Creating automated systems and the software to control them Conducting research, documenting findings, and presenting reports at meetings Developing design documents for mechanical parts and final products Supervising, scheduling and monitoring the assignments of other workers Performing related tasks

1. Develop and implement integrated systems to streamline production processes. 2. Evaluate and incorporate new technologies that enhance production capabilities and reduce operational costs. 3. Analyze data from various processes to identify inefficiencies and opportunities for improvement. 4. Ensure all integrated systems comply with industry standards and regulations, particularly regarding safety and environmental impact.

Assisting engineers in robotics design/configuration Building or assembling the robotic devices or systems Completing corrective or preventative maintenance Repairing, reassembling robots or components Testing performance; record test procedures and results Installing, program and repair controllers, tools, conveyors Inspecting installation sites Training operators on robotics usage Responsible in development of computer software and/or programming

1. Develops robotic systems that execute tasks with high precision and accuracy, which is crucial for processes like mixing, filling, and quality control in chemical manufacturing 2. Develops robotic systems for chemical plants, including hazardous materials handling, repetitive tasks, and complex automation. 3. Tests prototypes and simulations for optimal performance in demanding environments. 4. Automates chemical processes like mixing, blending, packaging, and quality control, enhancing productivity and product quality. 5. Continuously monitors and optimizes systems for efficiency, speed, and reliability. 6. Oversees the integration of robotic systems into production lines, ensuring compatibility with machinery and control systems, and leading the commissioning process for new systems.

1. Responsible for planning and implementing complex transportation processes, operations and technology 2. Responsible for developing plans to monitor transportation resources utilisation levels and reviewing efficiency of transportation operations. 3. Analytical and systematic 4. Explores solutions and analyse feasibility of plans 5. Supervises a transport operations team, and work with internal and external stakeholders to implement processes and technology

1. Responsible for planning and implementing complex warehouse processes, operations and technology 2. responsible for developing plans to monitor and optimise storage utilisation levels, implementing quality programmes and using data analytics to review efficiency of the warehouse storage and layout plans 3. Analytical and logical 4. Requires to explore solutions and analyse the feasibility of plans 5. Coordinates closely with internal and external stakeholders to implement processes and technology, and to assist in the management of the warehouse operations department