RF Analog Design Engineer

RF Analog Design Engineer

Salary: $110,000 - $160,000 per year

Location:

Huntsville, AL

Minimum Degree:
Bachelor's degree in Electrical Engineering, Electronic Engineering, or related discipline, or equivalent industry experience

Relocation Assistance:
Not Available

RF Analog Design Engineer Huntsville, AL The Company Join a recognized leader in rugged embedded computing for aerospace, defense, and industrial markets. This is an opportunity to work on next-generation RF and mixed-signal hardware that powers advanced radar, electronic warfare, communications, and signal processing platforms used in some of the world's most demanding environments. You'll collaborate with world-class FPGA, PCB, embedded software, and systems engineers to develop cutting-edge RF solutions that directly impact mission-critical technologies.

Why This Company Stands Out

• Part of a global technology leader with more than $7 billion in annual revenue
• Industry leader in open architecture embedded computing for defense, aerospace, industrial automation, and scientific markets
• Products support military programs across land, sea, air, and space, as well as demanding commercial and industrial applications
• Known for innovation in FPGA, RF, high-speed networking, and embedded computing technologies
• Collaborative engineering culture focused on technical excellence, innovation, and continuous product development

This position supports company's next generation of FMC and RFSoC-based products, helping customers solve some of the most demanding RF and signal processing challenges in the industry. They Value and Appreciate Their Employees Engineers are trusted to solve difficult technical problems while enjoying an environment that encourages collaboration and professional growth.

Benefits include:

• Competitive salary and annual performance incentives
• Comprehensive medical, dental, and vision insurance
• 401(k) retirement plan with company contribution
• Generous Paid Time Off and paid holidays
• Career development and technical training opportunities
• Collaborative engineering culture with direct access to technical leadership
• Opportunities to work on cutting-edge defense and RF technologies
• Long-term career growth within a global engineering organization

Your Role with the Company As an RF Analog Design Engineer, you'll help develop sophisticated analog front-end architectures for high-performance embedded computing products used in defense and aerospace applications. You'll design RF signal paths, low-noise analog circuitry, clocking systems, and power architectures while collaborating closely with FPGA, PCB layout, embedded software, and systems engineering teams. Your work will span the complete product lifecycle—from concept and simulation through hardware validation and production—allowing you to influence architecture decisions, solve challenging signal integrity problems, and contribute directly to next-generation RF and mixed-signal platforms.

Community Information Huntsville, Alabama is one of America's fastest-growing technology cities and consistently ranks among the nation's best places to live. Home to NASA's Marshall Space Flight Center, Redstone Arsenal, and a thriving aerospace and defense industry, Huntsville offers outstanding career opportunities, highly rated schools, affordable housing, low crime, and an exceptional quality of life. Residents enjoy scenic parks, hiking trails, entertainment districts, and a vibrant engineering community.

Background Profile

Must Have

• Bachelor's degree in Electrical Engineering, Electronic Engineering, or related discipline, or equivalent industry experience
• Expertise designing complete RF and mixed-signal signal chains, including RF front ends, analog filtering, ADC/DAC interfaces, clock generation, synchronization, and low-noise power architectures
• Experience taking complex RF hardware from system architecture through schematic capture, PCB implementation, hardware debugging, validation, and production
• Strong understanding of RF design theory, including filter design, impedance matching, signal integrity, noise mitigation, shielding, grounding, and high-speed mixed-signal PCB implementation
• Extensive…