Contribute to the RF architecture of a next‑generation, high‑density quantum control platform.
Compensation
CA Pay Range: MIN $39.53 to MAX$ $42.57
Responsibilities
Evaluate RF and microwave components through datasheet analysis, simulation, and laboratory measurements
Develop test plans and automated characterization methods
Compare candidate solutions against performance, integration, cost, power, and scalability requirements
Document findings and work with RF, hardware, FPGA, and software engineers to translate measurement results into component recommendations and architecture trade‑offs
Provides technical knowledge to perform simple or routine tasks following detailed instructions, such as replacing components, wiring circuits, repairing simple electronic equipment, and taking test readings using common instruments.
Responsibilities
Deliver 1st/ 2nd line Preventative maintenance on the Radar Systems
Deliver 1st/ 3rd line Corrective maintenance on the Radar Systems
Responsible for quality compliance, safety, continuous improvement and confirm any other contractual obligations are met with regards to the radar systems
Maintain and review radar technical manuals
Maintain and manage all tools and test equipment required to support the system
Seeking an SI/PI Engineer with deep hands-on expertise in full-wave electromagnetic modeling and circuit-level channel simulation for advanced semiconductor packages. The role involves building package, connector, and socket models for 224G PAM4 optical interconnect modules.
Responsibilities
Build 3D full-wave models of package interconnect, vias, breakouts, bump and ball transitions, and connector/socket interfaces in Ansys HFSS (or equivalent)
Extract S-parameter and RLC models of package channels and PDNs using HFSS, SIwave, or Cadence Clarity/PowerSI
Simulate channels in Keysight ADS: cascaded S-parameter analysis, TDR/TDT, frequency- and time-domain response, and transient or statistical eye analysis
Evaluate insertion loss, return loss, NEXT/FEXT, mode conversion, and impedance profiles against package, connector, and channel budgets up to and beyond 224G-class Nyquist frequencies
Set pre-layout routing rules, stack-up recommendations, and via/launch designs, and iterate with package layout designers to close margin
Requirements
Bachelor's in Electrical Engineering or related field
Master's or Ph.D. with a focus on electromagnetics, or high-speed design (preferred)
Nice to have: EECQ/COM experience
Nice to have: IEEE 802.3dj awareness
Nice to have: OIF CEI-112G/224G channel requirements awareness
Lead multiple cross-functional teams in the design and verification of an industry-leading portfolio of Networking Ethernet switches.
Compensation
The total estimated annual compensation range for this position, inclusive of base salary, bonus, and equity, is $500,000 to $800,000. This range is a good faith estimate only. Bonus and equity are discretionary, subject to plan terms, and are not guaranteed components of total compensation. Actual total annual compensation may vary based on employee performance, company or equity performance, company policy, board approval, or similar factors.
Responsibilities
Provide technical guidance and directions to hardware engineers, to resolve complex HW bring-up and cross functional problems
HW schematic entry, Layout supervision, board bring-up, and cross functional system debug
Work with product management teams to translate high-level product direction into future system designs with detailed, executable steps for cross-functional teams.
Drive Vendor roadmaps of key components (ASICs, connectors, PCB vendors, etc.) to advance Arista’s HW designs, as well as align with internal product roadmaps
Communicate project status and changes to mitigate unexpected issues.
Electrical Engineer to help design, integrate, and validate high-performance electronic hardware for advanced instrumentation and measurement systems.
Compensation
CA pay range MIN $39.53 per hour to MAX $42.57 per hour
Responsibilities
Contribute to the design and development of high-speed board-level digital and mixed-signal hardware, including multi-GHz designs and applications approaching 10 GHz.
Learn and participate across the hardware-development lifecycle, from architecture and component selection through schematic capture, PCB/PCA implementation, board bring-up, characterization, validation, and troubleshooting.
Develop experience with circuits ranging from basic RLC networks to high-speed op-amps, filters, low-noise oscillators, microcontrollers, FPGAs, ADCs/DACs, memory, and power-supply conditioning.
Design and evaluate clock and timing circuitry, including oscillators, PLLs, clock generators, buffers, synchronization, distribution, and jitter-sensitive circuits.
Apply and deepen your understanding of high-speed signal-integrity and noise-control principles.
Manage communication system requirements and verification for space stations and satellites.
Compensation
$120,540—$209,520 USD
Responsibilities
Own and manage spacecraft RF system requirements and verification plan
Specify link parameters including modulation, error correction coding, symbol rate, and channel filter
Calculate link budgets, considering data throughput requirements, link conditions, and ground station characteristics
Estimate the expected data throughput and bit error rate based on your link budgets
Maintain link budgets with consideration to on-vehicle antenna patterns, cable losses, radio specifications, and channel conditions for the expected orbit
Requirements
Bachelor's degree in ECE, EE, Physics, or related STEM discipline
Nice to have: MS or PhD in ECE, EE, Physics, or related stem discipline
Assist in RF hardware testing and qualification for autonomous aircraft systems.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Execute documented RF test plans and procedures
Characterize RF modules and assemblies for S-parameters, gain and loss, output power, compression, harmonics and spurious emissions, isolation, rejection, noise figure, and receiver sensitivity
Set up and operate vector network analyzers, spectrum analyzers, signal generators, power meters, oscilloscopes, noise-figure equipment, programmable power supplies, and related laboratory instruments
Calibrate measurement setups and characterize cables, adapters, attenuators, fixtures, and other sources of measurement error
Develop simple test fixtures, harnesses, interface adapters, and monitoring circuits; perform basic soldering and hardware rework when appropriate
Requirements
Bachelor's or master's degree in Electrical Engineering, Applied Physics, or a related technical field
Design and deliver compact, high-performance RF modules for airborne and ground systems, owning active and passive RF circuits, PCB assemblies, and transition to production.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Own RF and microwave module designs from requirements to production release
Design active and passive RF circuits such as low-noise amplifiers, power amplifiers, filters and multiplexers
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