Advanced Manufacturing RF Product Engineer

Honeywell; Richardson (TX); On-site; USD 125,000 - 155,000; Full time

Job summary

Honeywell is seeking an Advanced Producibility Engineer to drive New Product Introduction for RF MMIC designs, combining deep RF circuit knowledge with productization to deliver manufacturable, high-performance solutions for advanced defense electronics.

You will co-develop GaN and GaAs MMIC technologies for ground- and airborne radars, EW, and space systems, perform modeling, simulations, design reviews, and validation, support mask release, and ensure reliability and quality across the full

Qualifications

• Experience in RF MMIC development and NPI processes.
• Strong modeling and simulation ability for RF circuits.
• Ability to lead design reviews with internal and external stakeholders.
• Collaborative cross-functional work across systems, packaging, and manufacturing.

Responsibilities

• Drive RF MMIC NPI from concept to high-volume production.
• Develop architecture and feasibility studies for GaN and GaAs MMICs.
• Perform detailed modeling, simulations, and analyses.
• Lead or support design reviews with customers.
• Support mask release, test readiness, and design validation.
• Bridge design and production by correlating simulations with measurements.
• Improve yield and ensure reliability and quality standards.
• Collaborate with cross-functional teams and vendors; prepare technical reports.
• Assist IR&D efforts and apply standards across lifecycle.

Skills

RF circuit design

GaN MMIC

GaAs MMIC

NPI

Modeling & Simulation

Job description

As an Advanced Producibility Engineer you will drive New Product Introduction (NPI) from RF MMIC design concept through high-volume production. In this role, you will combine deep RF circuit design expertise with strong productization experience to deliver high-performance, manufacturable solutions for advanced Defense Electronics applications.

The position will co-develop innovative, leading-edge GaN and GaAs MMIC technologies supporting ground- and airborne-based radars, electronic warfare, and space systems, spanning frequency ranges from L-band through above Ka-band. Responsibilities include assisting in architecture development and feasibility studies, performing detailed modeling, simulations, and analyses, and leading or supporting successful design reviews with both internal stakeholders and customers.

Contributing to mask release, support manufacturing and test readiness, and work hands-on design validation and perform device characterization will play a key role in bridging design and production—driving correlation between simulation and measured performance, improving yield, and ensuring designs meet reliability and quality standards.

This role requires close collaboration across cross-functional teams including systems, packaging, test, and manufacturing, as well as coordination with internal and external vendors. Additional responsibilities include preparing technical reports, supporting or leading IR&D efforts, and applying appropriate standards, processes, and tools throughout the system development lifecycle.

You will report directly to our Engineering Manager, and you’ll work out of our Richardson, TX location on an On-site work schedule.