Job Description Summary
At GE Aerospace we believe that the world works better when its moving. Together we are creating a future of aviation where human safety is of the greatest our company we have been offering a flexible working model for many years now as to give our employees the possibility to adjust working hours to suit their individual needs. Our employees easily combine their professional and private responsibilities and have time to pursue their passions. No matter what stage of your career you are at you can count on the support and mentorship of the best experts in the industry.
On GE Aerospace Warsaw campus we design aircraft engines and develop advanced technologies such as cooling methods for engine components as well as create statistical models and software applications for aviation. We develop all solutions in diverse teams in which the best experts eagerly share their knowledge. At GE Aerospace we work together to achieve success. What is more a career at GE Aerospace is not only an opportunity to work in an international environment but also a chance to gain experience while visiting laboratories factories and repair shops around the world.
At GE Aerospace we give our employees space for comprehensive development by supporting a variety of employee initiatives and interest groups including GE Womens Network PRIDE Alliance Early Careers Network HealthAhead and GE Aerospace Volunteers. Our flexible working model is based on the concept of work-life balance because at GE Aerospace we believe that people come first in our organization.
The Additive Process Simulation Advanced Lead Engineer will develop DMLM Simulation methodology in area of build simulation stress prediction accuracy and crack prediction for aeronautical components with focus on part producibility and optimization of the printed part and printing process. You will be responsible for the development validation implementation and improvement of additive analysis this role you will cooperate with a global engineering team utilize engineering and analytical skills to solve problems and advance additive simulations techniques and manage engineering/software development projects.
Job Description
Roles and Responsibilities
Provide essential skills and expertise for the full scope of project management including all aspects of technical expertise leadership effective communication planning time management risk management and problem solving.
Interface with a cross functional team to enhance additive simulation approach.
Provide technical leadership to personnel supporting the assigned project
Develop and optimize additive simulation approach with focus on build simulation stress prediction accuracy and crack prediction.
Author and audit best practices for additive process simulation
Collect and interpret data and document results.
Effectively communicate project outcomes to senior leadership.
Lead projects intended to run test and improve additive processes.
Required Qualifications
Masters degree in Science Technology Engineering or other related disciplines (Mechanical Design Mechatronics Materials etc.) with significant experience in FEM analyses
Broad and practical knowledge in the field of FEM Analysis (Crack Prediction Static Modal Creep Analysis)
Exposure to metal additive and its challenges
Experience with one or more additive build simulation packages (Simufact Amphyon Netfabb Simulation Panx etc) preferred
Good track record of completed projects
Good communication in verbal and written English
Solid communication skills with the ability to communicate at a variety of levels from detailed design reviews to high-level leadership reviews
Demonstrated proficiency in written oral and presentation skill
Established project management skills is a plus
Programming skills is a plus
Desired Characteristics
Humble: respectful receptive agile eager to learn
Transparent: shares critical information speaks with candor contributes constructively
Focused: quick learner strategically prioritizes work committed
Leadership ability: strong communicator decision-maker collaborative
Problem solver: analytical-minded challenges existing processes critical thinker
Experience using statistical tools and concepts (Excel Minitab Cpk ANOVA)
Experience in FEM models preparation and analyses
Working knowledge of additive process parameters and equipment
Has the ability to break down problems and estimate time for development tasks.
Focused: quick learner strategically prioritizes work committed
Understands the technology landscape up to date on current technology trends and new technology brings new ideas to the team.
Displays understanding of the projects value proposition for the customer. Shows commitment to deliver the best value proposition for the targeted customer.
Learns organization vision statement and decision making framework. Able to understand how team and personal goals/objectives contribute to the organization vision.
Benefits
Join us to see your career take flight today.
We offer:
Flexible work schedule and hybrid work model adjusted to your needs
Fascinating job in dynamically growing aerospace industry
Competitive salary annual bonus copyright costs tax reduction
Diverse career opportunities globally
Environment of continuous learning and improvement
Onboarding support to make your start easier mentoring support through your career
Benefits fit to all lifestyles
Wide variety of employee initiatives
Additional Information
Relocation Assistance Provided: No
Required Experience:
Staff IC
Job Description SummaryAt GE Aerospace we believe that the world works better when its moving. Together we are creating a future of aviation where human safety is of the greatest our company we have been offering a flexible working model for many years now as to give our employees the possibility t...
Job Description Summary
At GE Aerospace we believe that the world works better when its moving. Together we are creating a future of aviation where human safety is of the greatest our company we have been offering a flexible working model for many years now as to give our employees the possibility to adjust working hours to suit their individual needs. Our employees easily combine their professional and private responsibilities and have time to pursue their passions. No matter what stage of your career you are at you can count on the support and mentorship of the best experts in the industry.
On GE Aerospace Warsaw campus we design aircraft engines and develop advanced technologies such as cooling methods for engine components as well as create statistical models and software applications for aviation. We develop all solutions in diverse teams in which the best experts eagerly share their knowledge. At GE Aerospace we work together to achieve success. What is more a career at GE Aerospace is not only an opportunity to work in an international environment but also a chance to gain experience while visiting laboratories factories and repair shops around the world.
At GE Aerospace we give our employees space for comprehensive development by supporting a variety of employee initiatives and interest groups including GE Womens Network PRIDE Alliance Early Careers Network HealthAhead and GE Aerospace Volunteers. Our flexible working model is based on the concept of work-life balance because at GE Aerospace we believe that people come first in our organization.
The Additive Process Simulation Advanced Lead Engineer will develop DMLM Simulation methodology in area of build simulation stress prediction accuracy and crack prediction for aeronautical components with focus on part producibility and optimization of the printed part and printing process. You will be responsible for the development validation implementation and improvement of additive analysis this role you will cooperate with a global engineering team utilize engineering and analytical skills to solve problems and advance additive simulations techniques and manage engineering/software development projects.
Job Description
Roles and Responsibilities
Provide essential skills and expertise for the full scope of project management including all aspects of technical expertise leadership effective communication planning time management risk management and problem solving.
Interface with a cross functional team to enhance additive simulation approach.
Provide technical leadership to personnel supporting the assigned project
Develop and optimize additive simulation approach with focus on build simulation stress prediction accuracy and crack prediction.
Author and audit best practices for additive process simulation
Collect and interpret data and document results.
Effectively communicate project outcomes to senior leadership.
Lead projects intended to run test and improve additive processes.
Required Qualifications
Masters degree in Science Technology Engineering or other related disciplines (Mechanical Design Mechatronics Materials etc.) with significant experience in FEM analyses
Broad and practical knowledge in the field of FEM Analysis (Crack Prediction Static Modal Creep Analysis)
Exposure to metal additive and its challenges
Experience with one or more additive build simulation packages (Simufact Amphyon Netfabb Simulation Panx etc) preferred
Good track record of completed projects
Good communication in verbal and written English
Solid communication skills with the ability to communicate at a variety of levels from detailed design reviews to high-level leadership reviews
Demonstrated proficiency in written oral and presentation skill
Established project management skills is a plus
Programming skills is a plus
Desired Characteristics
Humble: respectful receptive agile eager to learn
Transparent: shares critical information speaks with candor contributes constructively
Focused: quick learner strategically prioritizes work committed
Leadership ability: strong communicator decision-maker collaborative
Problem solver: analytical-minded challenges existing processes critical thinker
Experience using statistical tools and concepts (Excel Minitab Cpk ANOVA)
Experience in FEM models preparation and analyses
Working knowledge of additive process parameters and equipment
Has the ability to break down problems and estimate time for development tasks.
Focused: quick learner strategically prioritizes work committed
Understands the technology landscape up to date on current technology trends and new technology brings new ideas to the team.
Displays understanding of the projects value proposition for the customer. Shows commitment to deliver the best value proposition for the targeted customer.
Learns organization vision statement and decision making framework. Able to understand how team and personal goals/objectives contribute to the organization vision.
Benefits
Join us to see your career take flight today.
We offer:
Flexible work schedule and hybrid work model adjusted to your needs
Fascinating job in dynamically growing aerospace industry
Competitive salary annual bonus copyright costs tax reduction
Diverse career opportunities globally
Environment of continuous learning and improvement
Onboarding support to make your start easier mentoring support through your career
Benefits fit to all lifestyles
Wide variety of employee initiatives
Additional Information
Relocation Assistance Provided: No
Required Experience:
Staff IC
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