Amphenol Corporation
Position Summary:
The Simulation & Analysis Engineer provides specialized computational expertise in structural, thermal, and flow simulations in support of connector product development. Utilizing advanced tools such as FEA, CFD, and plastic flow simulation, the engineer collaborates with cross-functional engineering teams to optimize product designs, verify performance, and shorten development cycles. This role is pivotal within our engineering function, enabling innovation while ensuring that new designs meet rigorous reliability and application standards.
Essential Duties and Responsibilities: Apply advanced simulation techniques (FEA, CFD, plastic flow simulation, thermal analysis) to support the design and development of connector products to support R&D and engineering globally Perform structural, fatigue, vibration, and heat transfer analyses to evaluate product designs and develop new components, assemblies, and concepts Conduct flow analysis (air, liquid, multiphase, and plastic injection molding processes) Perform and support high-speed signal connector testing, integrating results with simulation models Work with design engineers to provide feedback and recommendations for design optimization Create test correlation plans and collaborate with test labs to validate simulation predictions Develop and validate simulation methodologies and models to ensure accuracy Work closely with the test lab to validate and optimize simulation accuracy, ensuring strong correlation between test and analysis results Document and present analysis results to cross-functional teams and customers Support design reviews, DFMEA, and product qualification processes with simulation data Assist in mentoring engineers on analysis methods and tools Stay current with simulation tools, best practices, and emerging technologies Participate in continuous improvement initiatives, leveraging simulation to reduce development cycles and costs Follow all company safety policies, procedures, and practices Other duties as assigned by management Qualifications:
Apply advanced simulation techniques (FEA, CFD, plastic flow simulation, thermal analysis) to support the design and development of connector products to support R&D and engineering globally Perform structural, fatigue, vibration, and heat transfer analyses to evaluate product designs and develop new components, assemblies, and concepts Conduct flow analysis (air, liquid, multiphase, and plastic injection molding processes) Perform and support high-speed signal connector testing, integrating results with simulation models Work with design engineers to provide feedback and recommendations for design optimization Create test correlation plans and collaborate with test labs to validate simulation predictions Develop and validate simulation methodologies and models to ensure accuracy Work closely with the test lab to validate and optimize simulation accuracy, ensuring strong correlation between test and analysis results Document and present analysis results to cross-functional teams and customers Support design reviews, DFMEA, and product qualification processes with simulation data Assist in mentoring engineers on analysis methods and tools Stay current with simulation tools, best practices, and emerging technologies Participate in continuous improvement initiatives, leveraging simulation to reduce development cycles and costs Follow all company safety policies, procedures, and practices Other duties as assigned by management
About the Company:
Amphenol Industrial Operations, headquartered in Endicott, New York with global manufacturing, sales and marketing locations, specializes in delivering a comprehensive range of high-reliability power and signal connectors along with interconnection systems designed specifically for industrial applications. Our solutions cater to diverse industrial sectors such as alternative energy, power generation and storage, rail and mass transit, process control, automotive manufacturing, heavy equipment, wireless base stations, and petrochemical industries.
Disclaimer:
This job description reflects the general nature and level of work expected for this role. It is not intended to be a comprehensive list of all duties, responsibilities, skills, or qualifications. Management may assign additional tasks or modify responsibilities as needed to meet business needs.
The Simulation & Analysis Engineer provides specialized computational expertise in structural, thermal, and flow simulations in support of connector product development. Utilizing advanced tools such as FEA, CFD, and plastic flow simulation, the engineer collaborates with cross-functional engineering teams to optimize product designs, verify performance, and shorten development cycles. This role is pivotal within our engineering function, enabling innovation while ensuring that new designs meet rigorous reliability and application standards.
Essential Duties and Responsibilities: Apply advanced simulation techniques (FEA, CFD, plastic flow simulation, thermal analysis) to support the design and development of connector products to support R&D and engineering globally Perform structural, fatigue, vibration, and heat transfer analyses to evaluate product designs and develop new components, assemblies, and concepts Conduct flow analysis (air, liquid, multiphase, and plastic injection molding processes) Perform and support high-speed signal connector testing, integrating results with simulation models Work with design engineers to provide feedback and recommendations for design optimization Create test correlation plans and collaborate with test labs to validate simulation predictions Develop and validate simulation methodologies and models to ensure accuracy Work closely with the test lab to validate and optimize simulation accuracy, ensuring strong correlation between test and analysis results Document and present analysis results to cross-functional teams and customers Support design reviews, DFMEA, and product qualification processes with simulation data Assist in mentoring engineers on analysis methods and tools Stay current with simulation tools, best practices, and emerging technologies Participate in continuous improvement initiatives, leveraging simulation to reduce development cycles and costs Follow all company safety policies, procedures, and practices Other duties as assigned by management Qualifications:
Apply advanced simulation techniques (FEA, CFD, plastic flow simulation, thermal analysis) to support the design and development of connector products to support R&D and engineering globally Perform structural, fatigue, vibration, and heat transfer analyses to evaluate product designs and develop new components, assemblies, and concepts Conduct flow analysis (air, liquid, multiphase, and plastic injection molding processes) Perform and support high-speed signal connector testing, integrating results with simulation models Work with design engineers to provide feedback and recommendations for design optimization Create test correlation plans and collaborate with test labs to validate simulation predictions Develop and validate simulation methodologies and models to ensure accuracy Work closely with the test lab to validate and optimize simulation accuracy, ensuring strong correlation between test and analysis results Document and present analysis results to cross-functional teams and customers Support design reviews, DFMEA, and product qualification processes with simulation data Assist in mentoring engineers on analysis methods and tools Stay current with simulation tools, best practices, and emerging technologies Participate in continuous improvement initiatives, leveraging simulation to reduce development cycles and costs Follow all company safety policies, procedures, and practices Other duties as assigned by management
About the Company:
Amphenol Industrial Operations, headquartered in Endicott, New York with global manufacturing, sales and marketing locations, specializes in delivering a comprehensive range of high-reliability power and signal connectors along with interconnection systems designed specifically for industrial applications. Our solutions cater to diverse industrial sectors such as alternative energy, power generation and storage, rail and mass transit, process control, automotive manufacturing, heavy equipment, wireless base stations, and petrochemical industries.
Disclaimer:
This job description reflects the general nature and level of work expected for this role. It is not intended to be a comprehensive list of all duties, responsibilities, skills, or qualifications. Management may assign additional tasks or modify responsibilities as needed to meet business needs.