Job Description

About the Role

The Senior Mechanical Engineer executes elements of product development activities and testing. Responsible for enhancing commonality and optimization of product and components.

Key Responsibilities

• Contribute to as well as lead projects or sub-projects pertaining to product development, reliability, and quality improvement of Centrifugal compressors.
• Design and analysis of aerodynamic compressor components using 1-D and CFD methods.
• Perform Vapor-cycle refrigeration thermodynamic analysis.
• Understand the physics of the compression process and interaction with system to advance existing models improving performance prediction, speed and quality of design.
• Basic understanding of statistical analysis techniques such as DOE and probabilistic design simulation methods.
• Chiller & Compressor testing support, troubleshooting, Engg Calculations etc.
• Deliver solutions that are most cost effective, efficient, and reliable. Develop & review qualification plans for components in compressors in situ and at the supplier.
• Ability to work closely with designers/drafters & participate in drawing reviews.
• Work closely with lab personnel to develop & execute laboratory test plans.
• Document design and development procedures in Engineering Standard Work.
• Coordination of component, procurement, inventory and build for first prototype, qualification samples and customer samples.
• Prepare and present project status reports to management

Minimum Qualifications

• Master's Degree of Engineering in one of the following: Mechanical, Aerospace, Manufacturing / Industrial, Computational Engineering or Simulation Science.
• 5+ years’ experience in engineering design, analysis and testing.

OR

• Ph. D of Engineering in one of the following: Mechanical, Aerospace, Manufacturing / Industrial, Computational Engineering or Simulation Science.
• 2+ years’ experience in engineering design, analysis and testing.

Preferred Qualifications

• Experience in the Aerodynamics analysis of components for rotating or reciprocating machinery such as engines or compressors is desired.
• Experience with modeling tools such as MATLAB, Computational Fluid Dynamics, and/or machine learning techniques is preferred.
• Experimental test setup, support, troubleshooting etc.
• Excellent written and verbal communication. Ability to communicate technical information to stakeholders.
• Well-developed analytical thinking, critical thinking, problem-solving skills. Ability to collect and analyze data, identify trends, develop conclusions, and propose solutions.
• Strong interpersonal skills, including active listening, collaboration, responsibility, dependability, leadership, flexibility, motivation, respect, and persistence.
• Capable of leading and working in a team-oriented environment across a multi-cultural global organization.