Key Responsibilities 

• Perform in-depth analysis of static (structural) and dynamic (rotor dynamics, vibrations) behavior of mechanical systems to validate engineering concepts and support design decisions 

• Apply scientific and engineering methodologies to demonstrate the performance and implementation potential of new concepts through test and analysis 

• Serve as a technical resource and quality reference within your discipline, contributing to best practice development and knowledge-sharing across the team 

• Use data analysis and multiple information sources to support sound engineering recommendations and resolve moderately complex technical problems 

• Contribute to strategy and policy development within your area of responsibility, ensuring commitments are met and standards are upheld 

• Lead small-to-mid-scale projects, communicate findings clearly to varied audiences, and build alignment across stakeholders 

Qualifications 

We are most interested in your total experience and professional achievements. A formal education and subsequent bachelor's or master's degree in mechanical engineering, Engineering, Physics, or a related field is nice to have, but equivalent professional experience is equally valued. 

Required: 

• Strong experience in mechanical engineering or a related engineering discipline, with particular depth in structural and dynamic analysis of mechanical systems 

• Strong working knowledge of rotor dynamics, vibrations, and mechanical system behavior 

• Demonstrated ability to analyze and resolve complex technical problems independently, drawing on both internal expertise and external sources 

• Experience contributing to or leading engineering projects, with the ability to document, plan, and execute work to completion 

Preferred: 

• Experience contributing to strategy, policy, or best practice development within an engineering function 

• Strong written and verbal communication skills, with the ability to explain technical findings clearly and build consensus with colleagues at varying levels of expertise 

• Familiarity with competitive landscape and market-differentiating factors relevant to mechanical engineering applications