Hamid Fazeli

Lead rotating equipment engineering for ethylene cracker, hydrogen and LNG projects, driving equipment design, selection, and vendor QA to meet API standards and project schedules and budgets.

Supervised manufacturing, inspection and testing of cryogenic pumps at Elliott's shop, led root-cause vibration investigations and improved component quality and compliance with T.EN requirements.

Conducted experimental and CFD studies on spray formation and injector design and performed thermal CFD for cooling channels, contributing to combustion and sustainable energy research.

Managed the rotating equipment discipline, leading a team of engineers, directing procurement and vendor management, and delivering technical reviews and scope and cost estimates.

Delivered rotating equipment engineering from concept to detailed design across petrochemical and industrial projects, producing specifications, DATs, and overseeing FAT/SAT and vendor clarifications.

Contributed to national energy efficiency standards and supervised testing and inspection protocols for pumps, burners, and HVAC systems to ensure regulatory compliance.

Participated in gas turbine design from concept to detailed engineering and performed CFD thermal and flow analyses to optimize blade performance and efficiency.

Activities and societies: Graduate Research Assistant conducting experimental studies and CFD modeling using ANSYS FLUENT.

Completed a Master of Science in Mechanical Engineering with research on spray formation, pintle injector design optimization, and CFD thermal analysis.

Completed a Bachelor of Science in Mechanical Engineering covering fundamental mechanical engineering principles and applications.