RF OTA System Engineer - HP IQ

HP•San Francisco, CA

About The Position

HP IQ is HP’s new AI innovation lab. Combining startup agility with HP’s global scale, we’re building intelligent technologies that redefine how the world works, creates, and collaborates. We’re assembling a diverse, world-class team—engineers, designers, researchers, and product minds—focused on creating an intelligent ecosystem across HP’s portfolio. Together, we’re developing intuitive, adaptive solutions that spark creativity, boost productivity, and make collaboration seamless. We create breakthrough solutions that make complex tasks feel effortless, teamwork more natural, and ideas more impactful—always with a human-centric mindset. By embedding AI advancements into every HP product and service, we’re expanding what’s possible for individuals, organisations, and the future of work. Join us as we reinvent work, so people everywhere can do their best work. About The Role HP IQ’s Wireless Technology Team works cross functionally with electrical engineering, firmware, baseband, antenna, system, and product teams to deliver high quality connectivity solutions. In this role, you will own system level RF performance for wireless products, driving measurement, analysis, and optimization from early prototypes through production. You will play a critical role in ensuring robust connectivity, power efficiency, and real world performance across a wide range of indoor use cases. This position requires deep hands on experience with RF systems, OTA testing, and board level bring up, along with the ability to translate data into clear design and firmware recommendations.

Requirements

2+ years of experience owning and optimizing system level RF performance for wireless products.
Hands on expertise with OTA testing in anechoic chambers and real world environments.
Deep understanding of indoor wireless performance metrics, including sensitivity, throughput, latency, robustness, and power consumption.
Experience with board level and EVB bring up, RF validation, calibration, and debug.
Ability to analyze large data sets and translate results into actionable hardware or firmware recommendations.
Proven ability to collaborate effectively across hardware, firmware, antenna, and system teams.
Strong written and verbal communication skills, with the ability to clearly document findings and influence technical decisions.

Nice To Haves

Experience with power optimization across RF and baseband subsystems.
Background supporting antenna tuning and coexistence testing.
Familiarity with RF test automation, scripting, or data analysis tools.
Comfort working in fast paced, highly collaborative product development environments.
Ability to independently drive complex technical investigations and communicate root cause analysis clearly to senior stakeholders.

Responsibilities

Own system level RF performance for indoor connectivity, including range versus rate, throughput, latency, and robustness across real world environments.
Plan and execute over the air measurements in anechoic chambers and representative indoor environments to characterize system performance.
Develop, refine, and maintain OTA test methodologies, test plans, and performance benchmarks to ensure repeatable and meaningful results.
Drive power consumption optimization across RF, baseband, and system level use cases by identifying inefficiencies and recommending architectural or firmware improvements.
Perform board level and EVB bring up, including RF validation, calibration, and hands on debugging.
Collaborate closely with hardware, firmware, antenna, and system teams to diagnose and resolve RF and connectivity issues.
Analyze RF and system performance data to identify gaps, root causes, and opportunities for improvement.
Support antenna tuning, coexistence testing, and interference mitigation in complex indoor environments.
Document test results, system characterization, and design recommendations clearly and concisely for cross functional audiences.