Full-Time

Senior Product Engineer

Updated on 8/21/2026

Mini-Circuits

Mini-Circuits

201-500 employees

Designs, manufactures, and distributes RF/microwave components

Compensation Overview

$140k - $150k/yr

No H1B Sponsorship

Hialeah, FL, USA

Remote

Occasional travel for customer meetings, supplier visits, or manufacturing support may be required.

US Citizenship Required

Bachelor's, Master's

Category
Software Engineering (1)
Required Skills
Minitab
Supply Chain Management
MATLAB
Tableau

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Requirements
  • A Bachelor of Science or Master of Science degree in Electrical Engineering with Microwave Theory coursework.
  • At least 8 years of experience in radio frequency/microwave product engineering, management and manufacturing engineering, or new product introduction roles.
  • Demonstrated experience productizing radio frequency products and leading new product introductions from concept through stable production in a manufacturing environment.
  • Significant hands-on experience with radio frequency component and module testing, characterization, and data analysis.
  • Proven experience creating and releasing radio frequency test plans, block diagrams, and test specifications for production testing and customer-facing datasheets or catalog specifications.
  • Demonstrated success correlating radio frequency test performance across different manufacturing sites, test platforms, or external partners.
  • A proven track record of improving yield, reliability, and cost through process and test optimization.
  • A strong understanding of radio frequency and microwave theory as applied to passive component and module manufacturing and testing.
  • Expert-level understanding of radio frequency test equipment and measurement techniques for components and modules, including multi-port S-parameter measurements, power handling, IP3, P1dB, harmonic rejection, noise figure, ACPR, EVM, and phase noise.
  • Demonstrated expertise in test setup validation, measurement uncertainty analysis, and correlation of radio frequency test results across multiple sites, test systems, or external laboratories.
  • A solid understanding of manufacturing process control, statistical process control, design of experiments, and root cause analysis methodologies.
  • Working knowledge of quality systems, Phase Gate Processes, Advanced Product Quality Planning, new product introduction frameworks, PPAP concepts, and product qualification methodologies.
  • Proven technical leadership in complex, factory-facing, cross-functional development efforts.
  • A data-driven analytical and problem-solving approach to yield, test, and process improvement.
  • Ability to define, standardize, and enforce radio frequency test methodologies across manufacturing and customer-facing environments.
  • Ability to balance technical depth with schedule, cost, yield, and business considerations.
  • Familiarity with statistical analysis tools, including JMP, Minitab, Tableau, and MATLAB.
  • Familiarity with computer-aided design tools, product lifecycle management systems, and standard laboratory equipment.
  • US citizenship or US permanent residency (Green Card Holder).
  • Ability and willingness to comply with company safety initiatives and code of conduct.
  • Ability to work across office, laboratory, and manufacturing floor environments.
Responsibilities
  • Lead and mentor a team of Product Engineers responsible for ceramic-based radio frequency component and module new product introductions.
  • Support the end-to-end new product introduction and productization process from requirements definition and feasibility through pilot builds, yield ramp, qualification, and production release.
  • Translate customer and market requirements into technical specifications emphasizing manufacturability, cost targets, and process capability.
  • Provide technical oversight of radio frequency designs focused on manufacturable architecture, robust tolerances, and process capability.
  • Review radio frequency simulations and designs for compliance with performance requirements within manufacturing process capabilities.
  • Drive Design for Manufacturability, Design for Assembly, Design for Test, and Design for Reliability practices for low-temperature co-fired ceramic and other ceramic processes.
  • Define acceptable design margins and tolerances based on manufacturing process capabilities.
  • Partner with research and development to transition new designs and technologies into repeatable manufacturing processes.
  • Act as the primary engineering interface to manufacturing, characterization, validation, and verification for µCeramIQ new product introduction projects.
  • Establish process flows, control plans, and key process parameters to ensure consistent electrical and mechanical performance.
  • Lead yield improvement, scrap reduction, and cost-down initiatives during pilot and production ramp phases.
  • Drive structured root cause analysis, including statistical process control, design of experiments, and 8D, for yield, reliability, or performance excursions.
  • Support supplier and vendor selection, development, and qualification for new and existing technologies and critical outsourced processes.
  • Define and execute electrical, mechanical, environmental, and reliability qualification plans linked to manufacturing risks and failure modes.
  • Ensure process capability and reliability targets are met before full production release.
  • Oversee failure analysis and corrective actions for qualification and production-related issues.
  • Ensure products and processes meet applicable regulatory, quality, and customer-specific requirements, including aerospace, defense, and automotive standards.
  • Support customer technical discussions, design-in activities, and post-launch technical support.
  • Contribute to product roadmaps and technology development plans aligned with business strategy.
  • Drive new product introduction schedules with a focus on manufacturing readiness, yield maturity, and on-time production release.
  • Identify and mitigate manufacturing and supply chain risks early in the development cycle.
  • Support value engineering, cost reduction, and process simplification initiatives across the product lifecycle.
  • Ensure robust documentation, configuration control, and engineering change management for manufacturing execution.
  • Own and drive manufacturing key performance indicators for new and released products, including first-pass yield, final yield, scrap rate, rework rate, cycle time, and cost of poor quality.
  • Establish process capability targets such as Cp/Cpk for critical fabrication, assembly, and test processes.
  • Track and report new product introduction maturity metrics such as pilot yield trends, qualification pass rates, and production readiness indicators.
  • Lead data-driven continuous improvement initiatives using key performance indicator trends to prioritize actions and investments.
Desired Qualifications
  • Prior experience mentoring or leading engineering teams.
  • Experience with radio frequency/electromagnetic simulation tools such as HFSS, ADS, or CST.
  • Experience supporting aerospace, defense, satellite, or automotive-qualified radio frequency products.
  • Exposure to high-reliability or harsh-environment applications.
  • Understanding of supply chain and cost drivers associated with ceramic-based radio frequency components.
  • Occasional travel for customer meetings, supplier visits, or manufacturing support may be required.

Mini-Circuits designs, manufactures, and distributes RF, intermediate-frequency (IF), and microwave components and integrated assemblies. It serves commercial, industrial, space, and military sectors with a catalog of over 27 product lines and more than 10,000 active models, ranging from surface-mount to connectorized formats. The company operates with vertical integration, controlling design through shipment, which enables strict quality control and rapid delivery of off-the-shelf products. It also offers custom-designed solutions and has recently qualified automotive-grade components, signaling a push into high-growth markets. The goal is to be a reliable, diversified supplier by meeting exact customer requirements with ready-to-ship parts while expanding into new applications and industries.

Company Size

201-500

Company Stage

N/A

Total Funding

N/A

Headquarters

null

Founded

1969

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Simplify Jobs

Simplify's Take

What believers are saying

  • August 2026 GaN MMIC launches target military radio and SATCOM demand directly.
  • IMS 2026 plans highlight quantum, automotive, and satcom expansion, broadening addressable revenue.
  • Bangalore opened December 2025, signaling faster India sales and applications penetration.

What critics are saying

  • Infineon's and Qorvo's scale threatens Mini-Circuits' margins in GaN and MMIC sockets.
  • Automotive qualification breadth still trails entrenched suppliers; customer wins depend on 2026 design cycles.
  • No visible patent moat or foundry control makes its commodity filters vulnerable to price compression.

What makes Mini-Circuits unique

  • Vertically integrated RF manufacturing keeps design-to-shipment control and fast custom response.
  • Mini-Circuits stocks 800-plus automotive-qualification candidates and 70-plus AEC-Q200 models in 2026.
  • Its 2026 Research Hub cites 7,000-plus publications, reinforcing design-in ubiquity.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Disability Insurance

Life Insurance

Wellness Program

Commuter Benefits

Paid Vacation

Company News

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