Engineering Technician: RF & Mixed-Signal Systems

Skyworks Solutions, Inc.; Austin (TX); On-site; USD 51,000 - 90,000; Full time

Benefits offered by this job

Healthcare benefits

401(k) plan with company match

Employee stock purchase plan

Paid time off

Job summary

Skyworks Solutions, Inc. is seeking a talented student for the timing business R&D in the MSS division to contribute to wired and wireless connectivity research.

The systems team will work on new product definition, chip bring-up, validation, and creating FPGA IPs for reference designs. You will gain hands-on experience with CAD/PCB tools, lab work, and cross-functional collaboration while addressing challenges in cross-talk, signal integrity, and device performance.

Qualifications

• Electrical engineering fundamentals including linear time-invariant systems and signals.
• Programming basics in C/C++, Python or VB; exposure to verification and simulation tools.
• Strong teamwork, ability to collaborate across projects and learn from mentors.

Responsibilities

• Work with EMX/HFSS or design tools for system design and validation.
• Complete training on CAD tools or lab procedures as needed.
• Execute intern project and learn from mentor daily.
• Collaborate with team members to solve mixed-signal problems via hand analysis, simulation, or lab debugging.
• Set up periodic reviews of project progress for leadership feedback.

Skills

Electrical engineering fundamentals

Programming basics (C/C++, Python)

Team collaboration

Education

Pursuing EE major (undergraduate/graduate)

Tools

EMX

HFSS

Vivado

Virtuoso

OrCAD

PADS

HyperLynx

Python

MATLAB

Visual Basic

C#

Verilog/VHDL

Job description

Skyworks Solutions, Inc. is seeking a talented student for the timing business R&D in the MSS division to contribute to wired and wireless connectivity research.

The systems team will work on new product definition, chip bring-up, validation, and creating FPGA IPs for reference designs. You will gain hands-on experience with CAD/PCB tools, lab work, and cross-functional collaboration while addressing challenges in cross-talk, signal integrity, and device performance.