Lead Engineer - Additive Materials Behavior
As a Lead Engineer for Additive Materials Behavior at General Electric (GE), you will play a critical role in driving the development and implementation of cutting-edge additive manufacturing technologies. In this dynamic and challenging position, you will lead a team of talented engineers and researchers to innovate and optimize materials for additive manufacturing processes. With your expertise and leadership, you will be responsible for ensuring the highest quality and performance of additive materials, contributing to GE's continued success in the industry. To excel in this role, you must possess a strong background in materials engineering and additive manufacturing, as well as a passion for pushing the boundaries of technology and driving continuous improvement. Join us at GE and be a part of shaping the future of additive manufacturing.
- Lead a team of engineers and researchers in the development and implementation of cutting-edge additive manufacturing technologies.
- Innovate and optimize materials for additive manufacturing processes.
- Ensure the highest quality and performance of additive materials at GE.
- Collaborate with cross-functional teams to drive continuous improvement in additive materials.
- Develop and maintain a deep understanding of materials engineering and additive manufacturing technology.
- Act as a subject matter expert on additive materials behavior and provide technical guidance to the team.
- Identify new materials and processes that can enhance GE's additive manufacturing capabilities.
- Stay updated on industry trends and competitor activities related to additive materials.
- Develop and implement testing and validation procedures to ensure the reliability and performance of additive materials.
- Communicate progress, challenges, and recommendations to senior leadership.
- Mentor and develop team members to enhance their skills and contribute to the success of the team.
- Manage budgets and resources effectively to support the development of additive materials.
- Collaborate with external partners and vendors to leverage their expertise and capabilities in additive materials.
- Maintain a safe and compliant work environment, adhering to all company policies and procedures.
- Represent GE at conferences, events, and industry forums to showcase our additive materials capabilities and thought leadership.
Extensive Knowledge Of Additive Manufacturing: A Lead Engineer For Additive Materials Behavior At General Electric Should Possess A Deep Understanding Of Additive Manufacturing Processes, Including But Not Limited To Material Selection, Design For Additive Manufacturing, And Post-Processing Techniques.
Strong Background In Materials Science: The Ideal Candidate Should Have A Strong Background In Materials Science, With A Focus On Metals And Composites. This Includes A Thorough Understanding Of Material Properties And Behavior Under Different Manufacturing Conditions.
Experience With Materials Characterization: As A Lead Engineer For Additive Materials Behavior, The Candidate Should Have Experience With Various Materials Characterization Techniques Such As Sem, Xrd, And Mechanical Testing. This Will Enable Them To Analyze And Optimize Materials For Additive Manufacturing Processes.
Project Management Skills: Given The Complexity Of Additive Manufacturing Processes, A Lead Engineer Should Be Able To Manage Multiple Projects Simultaneously While Ensuring Timely Delivery. This Includes Setting Project Goals, Developing Timelines, And Coordinating With Cross-Functional Teams.
Strong Analytical And Problem-Solving Skills: A Successful Lead Engineer Should Possess Strong Analytical And Problem-Solving Skills To Identify And Troubleshoot Issues That Arise During The Additive Manufacturing Process. They Should Also Have The Ability To Propose And Implement Solutions To Improve Materials Performance And Process Efficiency.
Project Management
Data Analysis
Problem Solving
Quality Control
Design Thinking
Team Leadership
Process optimization
Additive Manufacturing
Prototype development
Materials Science
material characterization
Communication
Conflict Resolution
Emotional Intelligence
Leadership
Time management
creativity
Critical thinking
Teamwork
Adaptability
Problem-Solving
According to JobzMall, the average salary range for a Lead Engineer - Additive Materials Behavior in West Chester Township, OH, USA is $110,000 - $130,000 per year. However, this can vary depending on the specific company, industry, and individual qualifications and experience. It is recommended to research the specific company and job listing for a more accurate salary range.
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General Electric Company was an American multinational conglomerate founded in 1892 and incorporated in the state of New York and headquartered in Boston. The company had several divisions, including aerospace, energy, healthcare, and finance.
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