• You will perform Structural Analysis simulations to guide structural design of our future Instrument platforms as well as to aid reliability improvements and design changes to existing Instruments.
• You will apply best-in-class CAE methods and practices to Structural Analysis to enable optimally robust structural designs.
• Proficiency in Siemens NX (CAD) and Simcenter 3D Structures is required. 
• Must be familiar with basic Material Science, structural failure mechanisms and theories.
• Knowledge of nonlinear FEA is highly desirable.
• Must possess good knowledge of commonly used Engineering/Structural plastics.
• Experience with development of Multibody Dynamics models in Simcenter 3D Motion is highly desirable.
• Exposure to Design Optimization methods (particularly, HEEDS), is highly desirable.
• You will develop designs and CAD models in support of test platform development as well as new concept prototypes.

·         You will contribute to developing prototypes and test platforms for new design concepts.

• Experience with CAE tools for other Physics and Mechanics simulations (Electromagnetics, Fluidics, Thermal-structural coupled simulations, Acoustics) would be a plus.
• You will be responsible in executing the mechatronics design cycle that involves understanding design requirements, concept generation, design selection, and driving simulation-based mechanical / structural design optimization and robustness.

·         You will work with mechatronics specialists as well as design and test engineers from Mechanical Engineering to develop and integrate novel, improved and cost-effective Structural Design solutions for Instrument and Automation platforms.

• You will actively be part of the continuous improvement efforts within the Mechatronics Engineering function by contributing to development of improved modeling and simulation techniques, and authoring CAE / Structural Analysis best practices.
• You will actively participate in the identification of potential technical problems and provide effective solutions through original and innovative thinking.

Experience:

• You possess a solid understanding of fundamentals of mechanics, dynamics, mechanical engineering and CAE methods & tools
• You have a strong background and experience in CAE-based Structural Analysis.
• You have working knowledge of Siemens NX CAD software and Simcenter 3D Structures.
• Your working knowledge of structured design optimization methods (including Bayesian Optimization) schemes would be a plus.
• Prior experience with Simcenter 3D Motion would be highly desirable.
• Experience with Multiphysics / Coupled Physics modeling involving Structures, acoustics, fluidics would be a plus.
• Experience with scripting using NX Open is highly desirable
• Your familiarity with statistical methods, Design of Experiments, and data analysis is highly desirable.
• You have a strong “system thinking” approach to problem solving.

• You will perform Structural Analysis simulations to guide structural design of our future Instrument platforms as well as to aid reliability improvements and design changes to existing Instruments.
• You will apply best-in-class CAE methods and practices to Structural Analysis to enable optimally robust structural designs.
• Proficiency in Siemens NX (CAD) and Simcenter 3D Structures is required. 
• Must be familiar with basic Material Science, structural failure mechanisms and theories.
• Knowledge of nonlinear FEA is highly desirable.
• Must possess good knowledge of commonly used Engineering/Structural plastics.
• Experience with development of Multibody Dynamics models in Simcenter 3D Motion is highly desirable.
• Exposure to Design Optimization methods (particularly, HEEDS), is highly desirable.
• You will develop designs and CAD models in support of test platform development as well as new concept prototypes.

·         You will contribute to developing prototypes and test platforms for new design concepts.

• Experience with CAE tools for other Physics and Mechanics simulations (Electromagnetics, Fluidics, Thermal-structural coupled simulations, Acoustics) would be a plus.
• You will be responsible in executing the mechatronics design cycle that involves understanding design requirements, concept generation, design selection, and driving simulation-based mechanical / structural design optimization and robustness.

·         You will work with mechatronics specialists as well as design and test engineers from Mechanical Engineering to develop and integrate novel, improved and cost-effective Structural Design solutions for Instrument and Automation platforms.

• You will actively be part of the continuous improvement efforts within the Mechatronics Engineering function by contributing to development of improved modeling and simulation techniques, and authoring CAE / Structural Analysis best practices.
• You will actively participate in the identification of potential technical problems and provide effective solutions through original and innovative thinking.

Experience:

• You possess a solid understanding of fundamentals of mechanics, dynamics, mechanical engineering and CAE methods & tools
• You have a strong background and experience in CAE-based Structural Analysis.
• You have working knowledge of Siemens NX CAD software and Simcenter 3D Structures.
• Your working knowledge of structured design optimization methods (including Bayesian Optimization) schemes would be a plus.
• Prior experience with Simcenter 3D Motion would be highly desirable.
• Experience with Multiphysics / Coupled Physics modeling involving Structures, acoustics, fluidics would be a plus.
• Experience with scripting using NX Open is highly desirable
• Your familiarity with statistical methods, Design of Experiments, and data analysis is highly desirable.
• You have a strong “system thinking” approach to problem solving.