10+ YOECandidates need a bachelor's degree in electrical engineering with 10+ years of industry experience, or a master's or PhD with 7+ years, including high-performance RF/analog receiver design with tape-out and lab evaluation. Strong transistor-level, device physics and feedback-stability skills are required.
Candidates need to be enrolled in a Ph.D. or M.Sc. program in electrical engineering or a related field. They need research or project experience in high-speed communications, DSP, optical communications or SerDes, plus skill in MATLAB, Python or C/C++ modelling.
Candidates need to be enrolled in a Ph.D. or M.Sc. program in electrical engineering or a related field. They need research or project experience in DSP, high-speed communications, optical links or SerDes, plus skill in MATLAB, Python or C/C++.
Candidates need a master's degree in electrical engineering or a related field, strong circuit design knowledge, transistor-level design skills, and an understanding of device physics and stability analysis. Experience with Cadence Virtuoso or Mentor Custom Compiler is preferred.
Candidates need to be enrolled in a Master's or PhD program in Electrical Engineering or a related field. Coursework or project experience in analog or mixed-signal circuit design is preferred, along with strong analytical and communication skills.
Candidates need to be currently pursuing a PhD or MS in electrical engineering or a related technical field. They need strong analog circuit design knowledge, transistor-level design skills, device physics understanding, feedback and loop stability analysis, and good communication and documentation skills.
Candidates need to be pursuing an MS or PhD in electrical engineering or photonics, with good design, development, verbal and written communication skills. Knowledge of photonic device and semiconductor physics, experience with photonics simulation tools, and familiarity with Si/CMOS/MEMS process technologies are required.
Candidates need an MS degree in electrical engineering or a related field, strong circuit design knowledge at the transistor level, and an understanding of device physics and feedback stability. Strong communication, presentation and documentation skills are also required.
Candidates need to be pursuing a Master's or PhD in Electrical Engineering or a related field. Coursework or projects in analog or mixed-signal circuit design are preferred, along with familiarity with tools like Virtuoso and Spectre.
Candidates need to be currently pursuing a PhD or MS in electrical engineering or a related technical field. They need strong transistor-level circuit design knowledge, device physics, feedback and loop stability analysis, and good communication and documentation skills.
5+ YOECandidates need a bachelor's degree in HR, business or a related field, or equivalent experience, plus 5+ years of progressive HR experience including site or business-partner leadership. Strong knowledge of employment law, strong communication skills, and proficiency in Microsoft Office and an HRIS such as Workday are also required.
Candidates need to be pursuing an MS or PhD in electrical engineering or photonics, with good communication skills. Experience in photonic device design, modeling and RF validation, plus standard Si, CMOS or MEMS process knowledge, is required.
5+ YOECandidates need a Bachelor's in Electrical Engineering with 5+ years of industry experience, or a Master's or PhD with 3+ years, in high-performance RF/analog receiver design with chip tape-out and lab evaluation. Strong skills in EDA tools, analog custom layout, IC measurement and transistor-level design are required.
Candidates need to be working on a Master's or PhD thesis and to have completed or be in the process of a chip design or tape-out. Academic knowledge of CMOS analog design and basic IC layout is required, with RF design a plus.
Candidates need to be pursuing a master's degree in electrical engineering, electromagnetics or a related field, graduating between Fall 2027 and Summer 2028. They need signal integrity fundamentals, Python or MATLAB skills, and strong communication skills.
Candidates need to be currently pursuing a BS or MS in computer science, electrical engineering or a related technical field. They need strong Python programming, good problem-solving, and a grasp of hardware, software, digital communication and digital signal processing fundamentals.