Device Engineer
IBM
A Semiconductor Research Device Engineer focuses on the exploration and development of advanced semiconductor technologies and devices. This role involves a mix of research, development, and collaboration with various teams. Here are the key roles and responsibilities associated with this position:
1. Research and Innovation:Conduct cutting-edge research on new semiconductor materials, structures, and device concepts.Explore novel device architectures and emerging technologies.
2. Device Design and DevelopmentDesign semiconductor devices with a focus on performance optimization and innovation.Work with simulation modeling team to understand device behavior and predict performance.Collaborate with fabrication teams to develop and refine processes for fabricating advanced semiconductor devices.Investigate and implement new fabrication techniques to improve device performance and yield.
3. Characterization and Data Analysis & Interpretation:Work with test team to perform electrical and physical characterization of semiconductor devices.Develop and execute test plans to assess device performanceAnalyze test data to draw conclusions about device behavior and performance.Use statistical and computational tools to interpret results and guide further research.
4. Collaboration and Cross-Disciplinary Work:
Work closely with material scientists, electrical engineers, and process engineers to foster interdisciplinary collaboration.Participate in team meetings, design reviews, and brainstorming sessions to generate innovative ideas.
5. Documentation and Reporting:Maintain comprehensive documentation of research findings, design processes, and experimental results.Prepare reports and presentations for internal stakeholders, conferences, and publications.
6. ESD development workDevelop and characterize leading edge ESD solutions along with helping manage ESD/Latchup lab testing queue, testsite design, collaboration with TCAD, collaboration with base/passive device team, collaboration with process integration will be needed to be successful in this role.
1. Research and Innovation:Conduct cutting-edge research on new semiconductor materials, structures, and device concepts.Explore novel device architectures and emerging technologies.
2. Device Design and DevelopmentDesign semiconductor devices with a focus on performance optimization and innovation.Work with simulation modeling team to understand device behavior and predict performance.Collaborate with fabrication teams to develop and refine processes for fabricating advanced semiconductor devices.Investigate and implement new fabrication techniques to improve device performance and yield.
3. Characterization and Data Analysis & Interpretation:Work with test team to perform electrical and physical characterization of semiconductor devices.Develop and execute test plans to assess device performanceAnalyze test data to draw conclusions about device behavior and performance.Use statistical and computational tools to interpret results and guide further research.
4. Collaboration and Cross-Disciplinary Work:
Work closely with material scientists, electrical engineers, and process engineers to foster interdisciplinary collaboration.Participate in team meetings, design reviews, and brainstorming sessions to generate innovative ideas.
5. Documentation and Reporting:Maintain comprehensive documentation of research findings, design processes, and experimental results.Prepare reports and presentations for internal stakeholders, conferences, and publications.
6. ESD development workDevelop and characterize leading edge ESD solutions along with helping manage ESD/Latchup lab testing queue, testsite design, collaboration with TCAD, collaboration with base/passive device team, collaboration with process integration will be needed to be successful in this role.
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