Sr. RF Test and Integration Engineer

Rivian and Volkswagen Group Technologies•Palo Alto, CA

4d•$117,200 - $175,800

About The Position

In this role, you will be part of the team that develops automated test systems for Rivian's RF-enabled electronic control units (ECUs) — including telematics control units, vehicle access and passive entry modules, connectivity gateways, and antenna modules. These ECUs integrate Wi-Fi, Bluetooth/BLE, cellular (LTE/5G), UWB, NFC, and GNSS radios, and validating them requires test solutions that span RF instrumentation, shielded/OTA environments, embedded firmware, and high-volume manufacturing. Our team's solutions include internal-facing software, low-level firmware, data management platforms, and custom electromechanical and RF hardware. These solutions get deployed internally within RV Tech, at contract manufacturing facilities, and at the brand’s vehicle factories . You will be an individual contributor with a multi-disciplinary role leading the implementation of vertical RF test solutions for design characterization, reliability, validation, and manufacturing. The primary responsibility of this role is to own the technical aspects of one or more RF test automation projects, from requirements gathering through deployment and sustaining.

Requirements

BS/MS or equivalent work experience in Electrical, Electronics, or RF Engineering.
5+ years of relevant working experience designing automated test equipment (ATE) for electronics, with meaningful time spent on RF/wireless products.
Hands-on experience testing two or more of: Wi-Fi, Bluetooth/BLE, cellular (LTE/5G), UWB, NFC, GNSS.
Experience with RF test instrumentation such as vector signal analyzers/generators, wireless connectivity testers (e.g., LitePoint, R&S CMW/CMX, Anritsu), spectrum analyzers, VNAs, GNSS simulators, power meters, programmable attenuators, and RF switch matrices.
Practical understanding of RF fundamentals: path loss and cable/fixture calibration, VSWR and return loss, shielding and isolation, de-embedding, and conducted vs. OTA measurement tradeoffs.
Ability to read electrical circuits and schematics, navigate PCB layouts (including RF traces and antenna feeds), and understand manufacturer's product data sheets.
Experience working in the automotive, wireless/consumer electronics, semiconductor, or aerospace industries.
Familiarity with vehicle communication protocols (CAN, CAN-FD, DoIP, Automotive Ethernet, LIN, etc.).
Experience with automation instrumentation such as programmable power supplies, multiplexers, DMMs, signal generators, and multifunction DAQ devices.
Solid experience programming in Python.
Demonstrated use of AI coding agents (Claude Code, Copilot, Cursor, or similar) to write, refactor, and test automation code, with sound judgment about where AI-generated code needs human verification.

Nice To Haves

Experience with UWB ranging accuracy characterization (FiRa/CCC digital key) and passive entry/passive start system testing.
Experience with carrier and regulatory certification programs (PTCRB, GCF, FCC/CE) and pre-scan testing.
Experience with GNSS multi-constellation testing, spoofing/jamming scenarios, and record-and-playback systems.
Firmware or embedded development experience (C/C++), including chipset RF test modes and vendor toolchains.
Experience designing custom PCBAs, RF fixtures, or antenna test jigs.
Experience with anechoic or reverberation chamber measurements and positioner automation.
Experience with databases and data management tools like SQL, Databricks, or Apache Superset.

Responsibilities

Lead the development of automated RF test solutions for connectivity and vehicle access ECUs, from test requirements through deployment at Rivian labs and at contract manufacturers.
Design and build automated test equipment for wireless technologies: Wi-Fi, Bluetooth/BLE, cellular (LTE/5G), UWB, NFC, and GNSS — including conducted and over-the-air (OTA) setups, shield boxes/chambers, RF switch matrices, and cabled path calibration.
Work with the RF, antenna, and electronics design teams to define test requirements and agree on testing strategies for TX power, EVM, sensitivity, spurious emissions, throughput, ranging accuracy, TTFF, and link robustness.
Provide system requirements to the software and hardware automation teams based on the specifications of a given RF ECU, including RF path budgets, calibration strategy, and fixture design.
Develop custom test sequences in Python following software engineering best practices and our standard automation framework, using AI coding agents to accelerate development while owning code quality, review, and validation.
Integrate firmware, hardware, and software end-to-end — bring-up of DUT boards, radio test modes and chipset vendor test commands, bootloaders and flashing flows, and instrument control layers.
Build test solutions for reliability lab settings (HALT/HASS, thermal, vibration, life test, long-duration soak) as well as high-volume manufacturing (cycle time, parallel test, station replication).
Create well documented test cases, calibration procedures, and operating procedures for RF test systems.
Lead the deployment process of test equipment using GR&R, CPK, stress test, and fault injection at contract manufacturers and at Rivian.
Work with validation, reliability, EMC, regulatory/homologation, carrier certification, and product launch teams to ensure test solutions meet their requirements.