POWER DISTRIBUTION ENGINEER

Responsibilities include coordination with local utility providers, supporting maintenance and reliability activities, and ensuring safe, compliant operation of facility electrical systems. Manage commissioning documentation for all projects (i.e. Perform Authorized Applicant and/or Authorized Engineer as per Permit to Work (e-PTW) requirement. Professional Knowledge: Possession of a designated level of mechanical equipment engineering skills or knowledge and the ability to keep up with current developments and trends in areas of expertise. May be acquired through academic, apprenticeship or on-the-job training or a combination of these. Possession of knowledge of statutes/codes/regulations, including understanding of governing codes, industry standards (API, ASME, ISO) and local laws. Engineering Review, Decision Making& Analysis: Knowledge of and ability to use effective approaches for choosing a course of action or developing appropriate solutions and/or reaching conclusions. Ability to make decisions and take action consistent with available facts, constraints, and anticipated consequences. Identify issues, obtain relevant information, relate and compare data from different sources, and identify alternate solutions. Communication: Ability to communicate, in written and oral form, detailed and technical engineering information,guidelines and standards/statutes/codes/regulations to various audiences to ensure that the information and message are understood, and to seek compliance. Ability to deliver presentations suited to the characteristics and needs of the audience such as negotiating solutions among different parties, or providing expert support. Collaborating for Superior Results: Partner with colleagues and customers to get to the best solutions. Build successful relationships and develop a high level of trust. Challenges the "status quo" and does not settle for "good enough." Holds self and colleagues accountable for actions and results. Require excellence not only in results, but in how we achieve them. Knowledge of electrical safety requirement as per OHSA standards and NFPA 70E Ability to demonstrate the use of the following test equipment (Multimeter, Continuity Tester, Megohmmeter (Megger) and Voltage Tester, such as a Fluke 5+ years' experience in a process environment working with industrial electrical systems High - Medium voltage(161KV - 25.9KV). Working knowledge of the use and application of SCADA, HMI and process data systems. Ability to Work multiple shifts, including weekends, or be asked to work supplemental hours and participate in on-call rotation. Strong experience and understanding of engineering, maintenance and operation of static mechanical equipment, powder or calcination processing facilities highly desired. Travel Requirement: Up to 2 times should be expected with this role (Period: 1~4 weeks). Experience supporting or interfacing with onsite industrial substations, including coordination with internal maintenance teams and external service providers. Skilled in remote international partnership and collaboration Accomplished in risk management in operating facilities Proven track record of multi-functional engineering improvements Experience with design, operational issues, solving and repair Experience in working with OEMs and vendors on equipment packages Experience with piping designs and supports, stress analysis using Caesar, flanged joint designs, integrity assessment and repairs, industry codes and standards (API, ASME, ISO) Experience with equipment skid packages design, front end engineering, scoping, technical evaluation. Experience supporting plant‐owned substations and High - medium voltage distribution systems within an industrial or manufacturing facility. Familiarity with transformer systems, switchgear(GIS, CGIS, VCB, ACB), breakers, grounding, and facility‐level protective devices. Experience coordinating electrical work with electric utilities related to incoming power service and plant interfaces. Exposure to protective devices and coordination studies at the facility level (non‐transmission, non‐grid).