Engine System Design: Apply mechanical engineering principles, specifically in Mechanics of Solids, Vibrations, Rotor Dynamics, and Machine Design to support the design and analysis of engine systems and components.
Finite Element Analysis (FEA): Use advanced FEA tools such as Nastran, MATLAB, and Hypermesh for performing system dynamics and vibration analyses to assess and optimize engine components.
Vibration Analysis: Perform linear and non-linear vibration analyses to ensure the reliability and performance of engine systems under various operating conditions.

Independent Work: Take ownership of design tasks and execute them with minimal supervision, ensuring flawless execution and continuous design improvements.
Multi-Tasking: Handle multiple tasks simultaneously while maintaining high standards of quality and meeting deadlines.

Teamwork & Collaboration: Work effectively with cross-functional teams, including engineers, designers, and clients, to deliver integrated design solutions.
Customer Focus: Maintain a strong customer focus, contributing to the development of intellectual property (IP) and providing innovative design solutions.
Presentation & Communication: Communicate technical information clearly and confidently, preparing and delivering presentations to both technical and non-technical stakeholders.

Agile Thinking: Adopt an agile mindset, continuously seeking ways to improve speed, cycle time, and design efficiency.
Innovation & Growth: Contribute to ongoing improvements in design solutions, focusing on growth, innovation, and staying ahead of industry trends.

Bachelor's Degree in Mechanical Engineering or a related field.
Strong Fundamentals in Mechanics of Solids, Vibrations, Rotor Dynamics, Machine Design, and Finite Element Analysis.
Proficiency in Nastran, MATLAB, Hypermesh for system dynamics, vibration, and FEA analyses.
Experience in system dynamics and linear & non-linear vibration analyses.
Ability to work independently, ensuring flawless execution and driving design improvements.
Strong communication and presentation skills, with the ability to clearly convey complex technical information.
Good interpersonal and networking skills for effective team collaboration.

Working Knowledge in Ansys, Ansys WB, NX Modeling.
Experience with Agile methodologies to improve design cycle times and efficiency.
Customer-oriented mindset with an ability to contribute to growth and innovation in engine systems.
Ability to handle multi-tasking efficiently and deliver high-quality results under pressure.

Mechanical Design Expertise: Proficient in system dynamics, vibrations, and the use of advanced engineering tools (Nastran, MATLAB, Hypermesh).
Finite Element Analysis (FEA): Strong capability in performing structural and dynamic analyses.
Vibration and Dynamics: Expertise in both linear and non-linear vibration analysis for engine systems.
Design Improvements: Ability to independently drive improvements in engine design and system performance.
Communication & Collaboration: Strong teamwork, communication, and interpersonal skills for working with diverse teams.
Agile Mindset: Focus on continuous improvement and cycle time optimization.
Customer Focus: Understanding of client needs and ability to deliver solutions that contribute to business growth.

Mech Design Engr II