Strong understanding of pipeline instrumentation and fluid dynamics, including steady-state and transient hydraulic principles, surge pressure analysis, and waterhammer phenomena. Advanced knowledge of engineering concepts with demonstrated ability to apply analytical and problem-solving skills to complex pipeline systems. Knowledge of Microsoft products such as Outlook, Word, and Excel is required. Understanding of pipeline processes, SCADA systems, and leak detection fundamentals is required. Good reading, presentation; ability to effectively communicate with others, both written and verbal communication, and lead training classes. Ability to perform basic mathematical calculations, advanced level reading and writing skills.
PREFERRED SKILLS:
Proficiency with hydraulic modeling and transient simulation software such as AFT Impulse, AFT Fathom, PIPESIM, SPS, or equivalent tools is strongly preferred. Experience with pipeline leak detection platforms (e.g., AVEVA PIM, OASys CVB, Atmos) and data historian systems (e.g., OSIsoft PI, Seeq) is preferred. Familiarity with API RP 1130, API RP 1175, and applicable PHMSA pipeline safety regulations is highly desirable. Experience with SCADA systems, control room management, and real-time transient modeling (RTTM) is a plus. Knowledge of DRA injection systems, pump station hydraulics, and pipeline capacity optimization is preferred.