Machine Engineer

Air Liquide•Santa Ana, CA

5d•$95,000 - $105,000•Onsite

About The Position

Air Liquide Global E&C Solutions is a technology partner of the design, engineering and construction of processing facilities and infrastructures. We enable our customers to optimize the use of natural resources to provide clean and sustainable energy. Through innovation applied to our proprietary technology, we contribute to the transformation of the energy industry and help to preserve and protect the atmosphere. We develop creative, safe, reliable and competitive solutions for our customers, proposing a sustainable worldwide offer of best-in-class plants. Air Liquide’s ambition is to be a leader in its industry, deliver long-term performance and contribute to sustainability, with a strong commitment to climate change and energy transition at the heart of its strategy. The Turboexpander Machine Design Engineer is a pivotal technical role within the Air Liquide Engineering & Construction Turbo division, dedicated to driving the design, development, and optimization of critical rotating equipment. The successful candidate ensures all technical deliverables meet or exceed global, local, and strict industry safety and engineering standards. This position demands a strong ability to translate complex customer specifications into highly efficient aerodynamic and mechanical realities while actively participating in global and local product development efforts. As a continuous improvement advocate, the engineer captures and implements design lessons learned from field commissioning data, design reviews, and Root Cause Analyses (RCAs) to push the boundaries of turboexpander performance. At Air Liquide we RESPECT, HONOR and VALUE diversity. Air Liquide is hiring for a Machine Engineer in Santa Ana, CA. We are looking for you!

Requirements

BS in Engineering, Mechanical Engineering required.
Candidates must have valid employment authorization in the U.S. and must not require visa sponsorship now or in the future.
This position is not open for non-immigrant visa sponsorship.
3–5+ years of progressive experience in turbomachinery design, rotating equipment, or precision manufacturing environment.
Proficient in 3D CAD modeling's in Solid works.
Familiar with GD&T standard and stack-ups.
Strong problem solving and interpersonal skills.
Must be a self-starting and motivating individual.
Proficient in Finite Element Analysis, prefer Ansys.
Knowledge of current ASME standards and codes.
Knowledge of machining practices, mills, lathes and drilling.
Knowledge of turbomachinery and rotating element design.
Knowledge of Aerodynamics pertaining to radial turbines.
Knowledge of Rotor dynamics and Modal Analysis.
Knowledge of cryogenic and advanced materials.

Responsibilities

The design, development, and optimization of critical rotating equipment.
Ensuring all technical deliverables meet or exceed global, local, and strict industry safety and engineering standards.
Translating complex customer specifications into highly efficient aerodynamic and mechanical realities.
Actively participating in global and local product development efforts.
Capturing and implementing design lessons learned from field commissioning data, design reviews, and Root Cause Analyses (RCAs) to push the boundaries of turboexpander performance.
Conducting and refining detailed turbo-expander machine and component designs.
Creating turbomachine layouts with 3D models, detailed drawings, and bills of materials in a timely manner to support production schedules.
Developing new turbomachinery products.
Supporting manufacturing/production/quality and procurement departments on nonconforming issues of parts and machine components.
Analyzing field issues/problems and troubleshooting and providing recommendations/solutions.
Performing any other duties/tasks/projects as assigned by the manager.
Leading or participating in Root Cause Analysis (RCA) investigations for field and manufacturing non-conformances.
Acting as the technical liaison for the Procurement team to identify, develop, and technical-audit casting, forging and machining suppliers, ensuring vendor capabilities meet demanding design, quality, and production schedules.