Hardware Engineer: High-Speed RF & Mixed-Signal

Teledyne FLIR; Village of Chestnut Ridge (NY); On-site; USD 91,000 - 121,000; Full time

Job summary

Teledyne LeCroy’s R&D Team is seeking a Hardware/Electrical Engineer to design high‑speed RF analog and mixed‑signal circuitry for cutting‑edge test and measurement platforms. You’ll define requirements, create schematics, and drive PCB layouts from prototype to mass production.

You will work with marketing, software, mechanical, and manufacturing teams to turn concepts into market‑ready products, while validating designs with automated tests and documentation for product planning.

Qualifications

• Bachelor’s degree in Electrical Engineering (BSEE) with 4+ years of electronic design experience.
• Master’s degree in Electrical Engineering (MSEE) with 2+ years electronic design experience.
• Strong ability to analyze circuits in frequency and time domains.

Responsibilities

• Develop precision, high-speed RF analog and mixed-signal circuitry for next‑generation probes and oscilloscope acquisition systems.
• Prepare documentation to support product planning and system architecture.
• Create schematics and oversee the layout of complex high-frequency PCBs, including ceramic and organic packages.
• Design test fixtures and implement automated test routines to validate prototypes.
• Collaborate with cross‑functional teams to transform concepts into market‑ready products.
• Provide ongoing support and review product modifications throughout their lifecycle.

Skills

RF analog design

Signal integrity

Microwave theory

PCB layout

SMD soldering

Test equipment

Orcad

PSpice

MATLAB

Python scripting

Excel

Ansys

Education

Bachelor’s degree in Electrical Engineering (BSEE)

Master’s degree in Electrical Engineering (MSEE)

Tools

Orcad

PSpice

Excel

Ansys

MATLAB

Job description

Teledyne LeCroy’s R&D Team is seeking a Hardware/Electrical Engineer to design high‑speed RF analog and mixed‑signal circuitry for cutting‑edge test and measurement platforms. You’ll define requirements, create schematics, and drive PCB layouts from prototype to mass production.

You will work with marketing, software, mechanical, and manufacturing teams to turn concepts into market‑ready products, while validating designs with automated tests and documentation for product planning.