Honeywell UOP Training
Job Description
Position: Radio Frequency Engineer I at Honeywell UOP Training (CAES), Lansdale, Pennsylvania.
The role involves delivering mission‑critical electronic solutions for defense and aerospace. You will design, simulate, and test RF/analog circuits, contribute to PCB layout, troubleshoot, and support product transition to manufacturing.
Overview Take ownership of a high‑fidelity end‑to‑end model & simulation for phased‑array and radar applications; integrate signal‑processing functions, conduct subsystem trade studies, and provide system‑engineering guidance on architecture and requirements.
Responsibilities
Design RF/Analog circuits using simulation tools, generate BOM, and identify necessary equipment and components for testing.
Perform PCB layout and/or interface with a layout engineer for PCB tape‑out.
Troubleshoot circuits on test bench and in simulation.
Provide RF/Analog performance to System Engineering.
Evaluate possible failure paths.
Assist product transition from engineering to manufacturing, including writing Acceptance Test Procedure (ATP).
Minimum Qualifications
Entry‑level, first‑years work experience.
Bachelor’s degree in Electronics Engineering or related Engineering/Technical Degree.
Required to obtain and maintain security clearance within 6 months of employment.
Preferred Qualifications
MS degree in Electrical Engineering or Physics.
Experience in RF component design (combiner, filter, switch, mixer, circulator, VCO, power amp, antenna).
HFSS simulation experience.
Knowledge of thermal considerations, PCB/chip‑on‑board design, test, and layout.
MTBF calculation and circuit failure analysis.
MMIC design and experience interacting with Foundry GaN, GaAs, InP or LDMOS semiconductors.
Load‑Pull experience, active DOD Secret clearance.
Salary Range Radio Frequency Engineer I: $76,800 – $110,400 annually. Pay varies by location, role, education, and experience.
Employment Transparency Job posting date: December 5, 2025. Application period roughly 40 days, subject to change.
Benefits
Comprehensive PTO, paid holiday, and paid family leave programs.
Student loan repayment and tuition reimbursement.
Tailored management/leadership training.
Innovative medical programs, including family forming.
Equal Opportunity Employer We welcome differences and celebrate new ideas. Everyone is welcome regardless of race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, protected veteran status, or genetic information. We are committed to providing reasonable accommodations to individuals with disabilities.
We are interested in every qualified candidate who is eligible to work in the United States. We do not sponsor visas.
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The role involves delivering mission‑critical electronic solutions for defense and aerospace. You will design, simulate, and test RF/analog circuits, contribute to PCB layout, troubleshoot, and support product transition to manufacturing.
Overview Take ownership of a high‑fidelity end‑to‑end model & simulation for phased‑array and radar applications; integrate signal‑processing functions, conduct subsystem trade studies, and provide system‑engineering guidance on architecture and requirements.
Responsibilities
Design RF/Analog circuits using simulation tools, generate BOM, and identify necessary equipment and components for testing.
Perform PCB layout and/or interface with a layout engineer for PCB tape‑out.
Troubleshoot circuits on test bench and in simulation.
Provide RF/Analog performance to System Engineering.
Evaluate possible failure paths.
Assist product transition from engineering to manufacturing, including writing Acceptance Test Procedure (ATP).
Minimum Qualifications
Entry‑level, first‑years work experience.
Bachelor’s degree in Electronics Engineering or related Engineering/Technical Degree.
Required to obtain and maintain security clearance within 6 months of employment.
Preferred Qualifications
MS degree in Electrical Engineering or Physics.
Experience in RF component design (combiner, filter, switch, mixer, circulator, VCO, power amp, antenna).
HFSS simulation experience.
Knowledge of thermal considerations, PCB/chip‑on‑board design, test, and layout.
MTBF calculation and circuit failure analysis.
MMIC design and experience interacting with Foundry GaN, GaAs, InP or LDMOS semiconductors.
Load‑Pull experience, active DOD Secret clearance.
Salary Range Radio Frequency Engineer I: $76,800 – $110,400 annually. Pay varies by location, role, education, and experience.
Employment Transparency Job posting date: December 5, 2025. Application period roughly 40 days, subject to change.
Benefits
Comprehensive PTO, paid holiday, and paid family leave programs.
Student loan repayment and tuition reimbursement.
Tailored management/leadership training.
Innovative medical programs, including family forming.
Equal Opportunity Employer We welcome differences and celebrate new ideas. Everyone is welcome regardless of race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, protected veteran status, or genetic information. We are committed to providing reasonable accommodations to individuals with disabilities.
We are interested in every qualified candidate who is eligible to work in the United States. We do not sponsor visas.
#J-18808-Ljbffr