RF Analog Design Engineer — 18 GHz Front‑End Expert

Htprof; Austin, Northern (TX, KY); Hybrid; USD 110,000 - 140,000; Full time

Benefits offered by this job

Competitive salary

Medical coverage

401(k) plan

PTO & Holidays

Career development

Leadership access

Relocation assistance

Job summary

Htprof is seeking an RF Analog Design Engineer to develop high-performance RF front-ends for defense and aerospace embedded computing platforms. You will design RF signal paths, low-noise analog circuitry, and power architectures while collaborating with FPGA, PCB layout, and systems teams.

From concept through hardware validation to production, you will address signal integrity challenges and contribute to next-generation FMC and RFSoC-based products that operate in demanding environments.

Qualifications

• Bachelor's degree in Electrical Engineering or related field.
• Expert RF and mixed-signal signal chains design experience.
• System-to-production lifecycle experience for RF hardware.
• Strong RF design theory: filtering, impedance, noise mitigation.
• Experience selecting and integrating RF components (TI/ADI).
• RF circuits up to 18 GHz; high-speed interfaces.

Responsibilities

• Develop RF analog front-end architectures for defense/aerospace embedded computing products.
• Design RF signal paths, low-noise analog circuitry, clocking, and power architectures.
• Collaborate with FPGA, PCB layout, embedded software, and systems teams.
• Lead lifecycle from concept to production and validate designs.

Skills

RF design fundamentals

Analog/mixed-signal design

Signal integrity

PCB layout collaboration

High-speed interfaces

RF testing with equipment

Problem solving

Education

Bachelor's degree in Electrical Engineering

Tools

DxDesigner

Oscilloscopes

Spectrum analyzers

Job description

Htprof is seeking an RF Analog Design Engineer to develop high-performance RF front-ends for defense and aerospace embedded computing platforms. You will design RF signal paths, low-noise analog circuitry, and power architectures while collaborating with FPGA, PCB layout, and systems teams.

From concept through hardware validation to production, you will address signal integrity challenges and contribute to next-generation FMC and RFSoC-based products that operate in demanding environments.