RF Systems Engineer Needed / Semiconductor / San Diego
This Jobot Job is hosted by: Kevin Szilagyi Are you a fit? Easy Apply now by clicking the "Apply Now" button and sending us your resume. Salary: $140,000 - $180,000 per year
A bit about us:
If you are a RF Systems Engineer looking for a direct hire full time opportunity, this is for you. Rapidly growing ultralow-power wireless semiconductor startup with headquarters located in San Diego, CA. We are developing complete wireless solutions with significantly differentiated power dissipation/performance tradeoffs. Our innovative technology also dramatically improves wireless product flexibility and ease-of-use for product developers.
Why join us?
Great work environment, amazing pay, and benefits.
Job Details
Key Responsibilities:
Analyze product system requirements for cellular base station radios and other wireless applications, and distill to radio architecture and performance requirements to the block level
Develop and exercise system level simulations of radio architectures and implementations at various levels of abstraction Work with design and other systems engineers to optimize design and definition through various practical implementation tradeoffs against system operation.
Desirable Skills:
Deep understanding of cellular air interface and radio requirements and implementations Broad experience with analytical tools such as Matlab, Cadence (RTL) simulators, etc. Ability to design, drive layout and debug board level radio solutions
Job Requirements:
Master's degree in Electrical Engineering or other relevant fields desired. Ten or more years of proven experience in related field. Strong fundamentals in communications theory, application and analysis.
Knowledge and experience with modern RF radio architectures and tradeoffs, from superheterodyne to homodyne and RF/IF sampling architectures. Ability to create system level simulation models from the ground up, including behavioral models of lower level blocks as well as able to construct meaningful overall system simulation environments to drive system design and definition. Keenly aware and experienced in the power of modern digital processing and firmware advantages and tradeoffs in modern radios. Familiarity in analog and RF IC design, especially with modern CMOS technology
Interested in hearing more? Easy Apply now by clicking the "Apply Now" button.
