Required Experience

• Experience designing and executing experiments for characterizing microelectronic devices and circuits (I-V characteristics, noise measurements, high-frequency response, temperature dependencies)
• Proficiency in experimental signal processing and data analysis (filtering, FFT analysis, statistical analysis, and noise characterization)Hands-on experience with laboratory instrumentation (oscilloscopes, spectrum analyzers, network analyzers, signal generators, source-measure units, probe stations)Experience temperature-controlled measurements and understanding of device physics at varying temperature regimes
• Strong background in developing custom measurement setups and automation scripts for data acquisition
• Experience analyzing non-linear dynamics, stochastic processes, or analog computing primitives
• Understanding of information theory, and statistical mechanics as applied to physical systems
• Proficiency in data analysis programming with experience in scientific computing Experience correlating experimental results with theoretical models and simulation data
• Ability to work collaboratively with circuit designers to iterate on device and architecture designs

Preferred Experience

• PhD in Physics, Applied Physics, Electrical Engineering, or related field with focus on experimental work
• Experience with neuromorphic computing, analog computing, or unconventional computing architectures
• Background in mesoscopic physics, semiconductor device physics, or quantum transport
• Experience with high-speed digital sampling and real-time data processing
• Familiarity with machine learning techniques for experimental data analysis and pattern recognition
• Experience with CMOS device characterization or semiconductor fabrication processes
• Publications demonstrating ability to extract physical insights from experimental data
• Experience building or contributing to measurement databases and data pipelines for device characterization

150000 - 250000 USD a year