RF Analog & Mixed-Signal Design Engineer (18 GHz)

Launching Point; Huntsville (AL); On-site; USD 110,000 - 140,000; Full time

Job summary

Launching Point in Huntsville, AL is seeking an RF Analog Design Engineer to develop high‑performance analog front‑end architectures for rugged embedded computing applications in defense and aerospace. You will design RF signal paths, low‑noise analog circuitry, and clock/power systems while collaborating with FPGA, PCB layout, and systems teams.

You will influence architecture decisions across the product lifecycle, tackle signal integrity challenges, and contribute to next‑generation

Qualifications

• Bachelor's degree in Electrical Engineering or related field.
• Expertise designing RF and mixed-signal signal chains including RF front ends and analog filtering.
• Experience from system architecture through schematic capture, PCB implementation, debugging, and production.
• Strong RF theory, impedance matching, signal integrity, noise mitigation, shielding and grounding.

Responsibilities

• Develop RF and mixed-signal analog front-end architectures for high-performance embedded computing products.
• Design RF signal paths, low-noise circuitry, clocking and power architectures in collaboration with FPGA and PCB teams.
• Guide hardware from concept through validation and production, resolving signal integrity and timing challenges.

Skills

RF design theory

Impedance matching

Signal integrity

Low-noise design

Schematic capture

PCB layout collaboration

ADC/DAC integration

RF front ends

Hardware debugging

Production support

Education

Bachelor's degree in Electrical Engineering

Tools

Xpedition DxDesigner

Oscilloscopes

Spectrum analyzers

Network analyzers

Signal generators

Job description

Launching Point in Huntsville, AL is seeking an RF Analog Design Engineer to develop high‑performance analog front‑end architectures for rugged embedded computing applications in defense and aerospace. You will design RF signal paths, low‑noise analog circuitry, and clock/power systems while collaborating with FPGA, PCB layout, and systems teams.

You will influence architecture decisions across the product lifecycle, tackle signal integrity challenges, and contribute to next‑generation