Description

As an intern, you will dive into the experimental investigation of self-heating effects in semiconductor devices, focusing on thermal impacts and characterization techniques to enhance circuit simulation accuracy. Your work will involve both modeling and hands-on experiments, contributing to cutting-edge research in advanced transistor technologies.

Requirements

• •Master's student in Electrical Engineering or Physics
• •Completed Bachelor's degree
• •Background in semiconductor devices or circuit design
• •Experience with electrical characterization techniques
• •Proficiency in SPICE simulation tools
• •Knowledge of thermal effects in semiconductor devices
• •Familiarity with advanced transistor technologies
• •Experience with AC-DC mixed methods or pulsed measurement techniques
• •Understanding of circuit modeling and simulation
• •Experimental design and data analysis
• •Circuit simulation and modeling
• •Semiconductor device characterization
• •Self-motivated research abilities

Tasks

• •Contribute to the design of digital and analog circuits
• •Simulate and verify circuit performance
• •Ensure robust circuit implementation and integration
• •Assist in schematic entry and timing analysis
• •Optimize circuits for power, performance, and area
• •Conduct experimental investigations into self-heating effects
• •Focus on thermal effects in circuits and characterization techniques
• •Improve accuracy of self-heating models in circuit simulations
• •Compare characterization methods for advanced FinFET technologies
• •Prepare methods for Gate All Around technologies
• •Utilize modeling approaches and experimental techniques
• •Apply AC-DC mixed method and pulsed measurements

Tools & Technologies