RF Filter Design Co-op — Hands-On, Industry-Ready

Skyworks; Greensboro (NC); On-site; USD 36,000 - 65,000; Part time

Job summary

Skyworks in Greensboro offers a co-op opportunity for Electrical Engineering students to learn and contribute to the development of RF front-end modules. You will work with seasoned engineers, gain advanced technical knowledge, and explore full-time opportunities within Skyworks.

The role emphasizes hands-on design, lab work, and collaboration across teams, with an onsite requirement for six months and exposure to industry-grade tools and measurements.

Qualifications

• Currently enrolled in Electrical Engineering MS/PhD program.
• Commitment to work onsite in Greensboro for 6 months.
• Strong interest in RF/microwave engineering, electromagnetics, or RF MEMS.
• Hands-on lab experience with RF instruments and measurement.

Responsibilities

• Work with engineers to design/develop RF filters for multi-chip modules.
• Design BAW/SAW based duplexers, quadplexers and other RF filters for cellular handset apps.
• EM modeling of filters using HFSS, Mechanical, ADS, Momentum.
• Integrate filters with RF switches for carrier aggregation.
• Design evaluation boards and RF modules for performance.
• Participate and present in design reviews.
• Assemble, measure, deembed, and report on filter performance.
• Troubleshoot and resolve design or technical issues.
• Collaborate with other engineers and technicians.

Skills

RF engineering

Electromagnetics

Python

Lab experience

Team collaboration

Education

MS or PhD in EE

Tools

Ansys HFSS

Ansys Mechanical

Keysight ADS

Momentum

Network analyzer

Microsoft Office

Job description

Skyworks in Greensboro offers a co-op opportunity for Electrical Engineering students to learn and contribute to the development of RF front-end modules. You will work with seasoned engineers, gain advanced technical knowledge, and explore full-time opportunities within Skyworks.

The role emphasizes hands-on design, lab work, and collaboration across teams, with an onsite requirement for six months and exposure to industry-grade tools and measurements.