Manufacturing Process Engineer (Gcc Adv)

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Manufacturing Process Engineer (GCC adv)
Location: Mthatha - Eastern Cape
Salary: Rneg + Benefits + Company Housing
Qualifications:

National Diploma, B.Eng or BSC in Electrical or Electronic Engineering
Recognized Engineering Trade Test Electrician
GCC (factories) will be an added advantage but not a prerequisite

Experience: Between 5 - 10 years Engineering or Trade experience, of which 2 - 5 years in a management role. Advance Automation will be an added advantage.
Skills:

Excellent understanding of engineering standards
Sound knowledge of the OHSACT and regulations
Budget control, CAPEX, and Projects
Continuous improvement and preventative maintenance

Responsibilities:

Maintain and fault find on plant instrumentation e.g. PLC (Allen Bradley and Siemens S5 & S7) + SCADA.
Ensure that all projects and modifications meet required specifications and deadlines by managing projects and modifications, adjudication of quotes, and ensuring compliance with required specifications and OSHAct.
Become an integral part of any future planning on the site, new technology of present plant and processes by recommending methods that will improve the product.
Justify the purchase of the best equipment to do the job and determine the lifespan of electronic equipment and plans for replacement.
Understand and own plant classifications by checking existing systems, classifying new equipment, and re-classifying own equipment when required to focus maintenance on more critical equipment and maintain correct spares and stock levels.
Set test procedures by recommending limits and specifications for all electronic equipment and using specialized methods, including standard test methods from suppliers and periodicity checks for correct fault finding and compliance with CLIENT standards.
Manage changes to base documentation, i.e., manuals, P&ID, and all instrumentation drawings.
Develop maintenance procedures in conjunction with the Engineering department by contacting suppliers of relevant equipment, utilizing manuals, P&ID, and engineering documentation, and checking all existing maintenance procedures.
Perform root cause analyses by understanding the design basis of the equipment, optimizing energy consumption of the plant, and analyzing electrical stoppages.
Work safely and promote job safety.
Perform after-hours standby duty on the plant.

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