RF Front‑End Filter Design Engineer Co‑op

Skyworks; Town of Florida (NY); On-site; USD 36,000 - 65,000; Full time

Job summary

Skyworks is seeking a 2027 Summer/Fall co-op in Electrical Engineering to gain hands-on experience developing RF front-end modules, collaborating with experienced engineers, and learning how cutting-edge products are developed in an industry-leading environment.

You will design RF filters, automate workflows with Python, and present findings during design reviews; onsite from June/July through December 2027, with potential full-time opportunities after.

Qualifications

• Currently enrolled in a Bachelor's, Master's, or Ph.D. in Electrical Engineering, RF engineering, or related field.
• Availability to work onsite full-time (40 hours/week) from June/July through December 2027.
• Familiarity with RF/microwave components, impedance matching, and network parameter analysis.

Responsibilities

• Collaborate with engineers to design and develop RF filters for multi-chip modules.
• Develop and maintain automation scripts to improve design efficiency.
• Design BAW/SAW duplexers and RF filters for cellular handset applications.
• Perform EM modeling and simulation using HFSS, Momentum, and other tools.
• Integrate filters, duplexers, and RF switches for carrier aggregation and RF front-end solutions.
• Design evaluation boards and RF modules and participate in design reviews.
• Assemble, de-embed, and evaluate RF filters and document results.
• Troubleshoot design, modeling, and measurement issues throughout development.

Skills

Python

Automation scripting

RF test equipment

Communication skills

Education

Bachelor's/Master's/Ph.D. in Electrical Engineering or RF/microwave

Tools

Ansys HFSS

Cadence

Keysight ADS

AWR Microwave Office

Momentum

Job description

Skyworks is seeking a 2027 Summer/Fall co-op in Electrical Engineering to gain hands-on experience developing RF front-end modules, collaborating with experienced engineers, and learning how cutting-edge products are developed in an industry-leading environment.

You will design RF filters, automate workflows with Python, and present findings during design reviews; onsite from June/July through December 2027, with potential full-time opportunities after.