Electrical Applications Power System Engineer

What You will Do:

• Cultivate a culture of collaboration in the electrical low and medium voltage power systems to ensure that state-of-the-art technology is applied in the development of new customer technical solutions.
• Hands on experience in the development of applications of electrical equipment and systems including micro-grids, utility electrical interfaces, natural gas (NG) generators and turbines using industrial electrical distribution, medium voltage switchgear, transformers, motor control centers, AC motors, and protection systems for mobile applications.
• Actively collaborate with other personnel engaged in equipment design, maintenance, and operation to ensure safe, reliable deployment of high-performance solutions meeting customer requirements.
• Interact closely with suppliers to ensure performance, reliability and quality of components and subsystems.

What You Will Bring:

• Minimum of bachelor's degree in electrical engineering with at least 5years of electrical power systems engineering experience or related/applicable experience. Master's degree is highly desired but not required.
• Experience working with customers in the use/application/selection of mobile electrical gear to solve customer specific solutions, and knowledgeable with electrical analysis and in the use of commercial software such as SKM preferred, or ETAP, etc.,
• Experience in medium voltage power generation and/or distribution for oil & gas applications preferred. Experience with large-scale industrial processes (chemical, pharmaceutical, oil & gas refining) is essential to be successful in this role.
• Understanding of the commissioning of power systems solutions (low & medium voltage), using utility power, micro-grids, and mobile power generation (NG gas turbine & recip. engines), and demonstrated troubleshooting skills is desired, but not required.
• Competencies, skills, and abilities: Ability to read and interpret electrical and mechanical drawings and diagrams, electrical schematics, piping, and instrument drawings (P&IDs), flow charts and cause and effect diagrams.