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: applied mathematics, mathematical physics, engineering mathematics, theoretical physics, electromagnetic theory, electromagnetic modeling, microwave and RF engineering, electromagnetics Appl Deadline: 2026
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shift from microwaves to mm-waves (ca. 30 – 300 GHz) or even Terahertz frequencies (ca. 0.3 – 1 THz). Current on-chip interconnect technology relies on printed circuit board (PCB), which is not suitable
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integrating these transistors with other electrical components to efficiently amplify radio frequency (RF) signals, and assess the radiation performance of the devices by testing their sensitivity to radiation
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to learn new skills/tools is important for success in this position. The postdoctoral scholar is expected to have completed a PhD in any of the following areas: RF/microwave engineering, theoretical physics
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drainages, nephrostomies, US and CT guided tumor ablation with RF, cryo, IRE or microwave, MR guided and MR-US fusion targeted prostate biopsy, and MR guided HIFU for uterine fibroids and MR transurethral
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candidate with: Strong experience in simulating microstrip or waveguide based antennas in mainstream commercial software such as CST Microwave Studio Knowledge of the function of array antennas and their use
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, as well as within a team, to ensure proper operation and maintenance of equipment. Job Requirements Has a bachelor’s degree in Electronics; Specialization in RF/Microwave or Digital Signal Processing
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associated technologies, familiar with radar concepts such as RF/IF transceivers, microwave subsystems, and control systems 3D CAD/modeling experience (e.g., Solid Works) Knowledge of embedded hardware systems
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integrating these transistors with other electrical components to efficiently amplify radio frequency (RF) signals, and assess the radiation performance of the devices by testing their sensitivity to radiation
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#CA-DK#48XClinsupport Under the direction of a qualified physician, the MRI technologist will operate a variety of equipment, including a high field strength magnet, RF transmitter, RF receiver and