Power Engineer Specialist (System Studies)

The role includes performing load flow, short circuit, protection, and reliability analyses; reviewing high- and medium-voltage designs; supporting construction and commissioning; and maintaining technical standards and reports in line with IEEE, IEC, and SEC requirements. III. PRINCIPAL DUTIES: 1.

Perform a wide range of power system studies, including load flow and voltage drop analysis, short circuit (fault current) analysis, protection coordination and relay settings verification, arc flash hazard analysis, and transient/dynamic stability studies as needed. 2. Model and simulate electrical networks using tools such as ETAP. 3.

Analyze study results and develop technical reports with clear recommendations. 4. Support design reviews and engineering decisions with data-driven insights. 5. Collaborate with Planning and Operations teams to implement study recommendations. 6. Validate as-built models against field data. 7.

Ensure all studies comply with industry standards (IEEE, IEC) and local regulations (SEC, SERA, GCCIA). 8. Participate in technical audits, grid code compliance assessments, and incident investigations. 9. Contribute to the development and improvement of internal study procedures, templates, and guidelines. 10.

Perform any other duties assigned by the direct supervisors. A. EDUCATION: A Bachelor’s degree in electrical engineering or equivalent is required. A master’s degree is preferred. B. EXPERIENCE: Minimum 6 years of experience in utility or consulting environments performing power system studies C.

LANGUAGE: Excellent command of oral and written English is required D. Preferred Training and Certificates Professional Engineer (PE) or equivalent registration. Power System Analysis or Protection training certification. Knowledge of NERC reliability standards or SEC grid and distribution codes is a plus. E.

Critical Attributes Competencies: • Competency in analysing and simulating power systems • Capability in preparing technical reports, interpreting data, and providing recommendations. • Acumen in standards, compliance, and regulatory engineering. • Knowledge of engineering governance, process improvement, and quality assurance.

• Awareness of power system modelling accuracy and data management.