Senior RF Systems Engineer — Semiconductor Innovation

Axcelis Technologies; Beverly (MA); On-site; USD 124,000 - 186,000; Full time

Benefits offered by this job

Bonus plan

Comprehensive benefits

Job summary

Axcelis Technologies in Beverly, MA is seeking a Senior RF Electrical Engineer to lead RF design for semiconductor capital equipment. You will analyze RF chains, optimize matching networks, and develop RF PCBs while coordinating with cross-functional teams to ensure manufacturability and reliability.

Responsibilities include simulations, lab measurements, and iterative design improvements, with a focus on safety and industry standards. Base compensation aligns with U.S.

Qualifications

• RF system design and analysis expertise.
• Matching network design and tuning experience.
• RF PCB layout and stack-up definition.
• RF measurement techniques and lab instrumentation experience.
• Hands-on with RF test equipment (VNA, spectrum analyzer, signal generators).

Responsibilities

• Lead design, development, and validation of RF systems in semiconductor equipment.
• Perform RF chain analysis for gain, noise, linearity, and stability.
• Design and optimize matching networks for power transfer and signal integrity.
• Develop RF PCB layouts with controlled impedance routing and grounding strategies.
• Conduct network measurements using lab equipment and simulations to validate designs.

Skills

RF system design

Matching networks

RF PCB layout

Measurement techniques

RF test equipment

Education

Bachelor's degree in Electrical Engineering

Master’s degree preferred

Tools

HFSS

CST

ADS

Altium

PADS

Creo Schematic

AutoCAD

Windchill

Job description

Axcelis Technologies in Beverly, MA is seeking a Senior RF Electrical Engineer to lead RF design for semiconductor capital equipment. You will analyze RF chains, optimize matching networks, and develop RF PCBs while coordinating with cross-functional teams to ensure manufacturability and reliability.

Responsibilities include simulations, lab measurements, and iterative design improvements, with a focus on safety and industry standards. Base compensation aligns with U.S.