Innovative RF Packaging & Signal Integrity Intern

Keysight Technologies; Colorado Springs (CO); On-site; USD 50,000 - 54,000; Full time

Job summary

Keysight in Colorado Springs is seeking a motivated engineer to design, optimize, and implement ASIC packaging and subsystem solutions. You will work with global teams to meet test & measurement product functionality, performance, quality and schedule requirements.

Responsibilities include ASIC package/module development, SI/PI analysis, power delivery design, RF interconnect modeling, and collaboration with system, IC design, and test teams to define hardware architecture and requirements.

Qualifications

• Pursuing BS, MS or PhD in Electrical/Mechanical/Materials Engineering or equivalent.
• CAD Modeling and/or Simulation coursework and in-school experience.
• Understanding of Electrical Engineering and RF signal integrity principles.

Responsibilities

• ASIC package, module, and subsystem development including layout, integration, SI/PI analysis, and power delivery network design.
• Modeling & optimization of high-frequency RF and high-speed digital I/O interconnects.
• Close collaboration with system, IC design, and test teams to develop and define hardware architecture, requirements, functionality, and performance.
• Collaboration with the test & reliability teams in the characterization and qualification of each ASIC.
• Lifecycle support for existing ASIC components.

Skills

RF signal integrity

Electrical engineering

CAD modeling

Education

BS/MS/PhD in Electrical/Mechanical/Materials Engineering

Job description

Keysight in Colorado Springs is seeking a motivated engineer to design, optimize, and implement ASIC packaging and subsystem solutions. You will work with global teams to meet test & measurement product functionality, performance, quality and schedule requirements.

Responsibilities include ASIC package/module development, SI/PI analysis, power delivery design, RF interconnect modeling, and collaboration with system, IC design, and test teams to define hardware architecture and requirements.