Senior Staff Engineer, RF Systems Architect

Please Note:

To provide the best candidate experience with our high application volumes, we limit applications to a total of 10 over 6 months. 

Advancing the World’s Technology Together
Our technology solutions power the tools you use every day--including smartphones, electric vehicles, hyperscale data centers, IoT devices, and so much more. Here, you’ll have an opportunity to be part of a global leader whose innovative designs are pushing the boundaries of what’s possible and powering the future. 

We believe innovation and growth are driven by an inclusive culture and a diverse workforce. We’re dedicated to empowering people to be their true selves. Together, we’re building a better tomorrow for our employees, customers, partners, and communities.

What You’ll Do

At Samsung Semiconductor Inc, we are always working on innovating for the next generation wireless mobile platform architecture. As we're growing our business in the wireless mobile applications, we're looking for a talented RF system architect with strong technical background and hands-on experience in RF system engineering to join us to craft our next generation wireless mobile platform solution.

You'll have the unique opportunity to define "best-in-class" RFFE and RFIC architecture, bring new RF concepts and features to the platform, and optimize overall platform RF performance, with emphasis on sub-6GHz and NR-U bands RF-modem system applications. We value your relevant industrial experience in cellular (LTE and 5G NR) and/or connectivity (WiFi, Bluetooth and etc.) applications. You will work closely with RFFE vendors, internal RFIC and Modem system teams to develop SOC and platform architecture, define key RFIC and RFFE KPIs, and RF-modem algorithm requirements for next generation wireless mobile platform solution. Come join us, bring your passion and dedication to innovate and deliver products which enrich people’s lives!

Location: Hybrid, working onsite at our San Jose, CA headquarters 3 days a week, with the flexibility to work remotely the remainder of your time.

Job ID: 41837

• Analyze next generation cellular FR1 RF-Modem system architecture using Excel, Matlab, Python, and SystemVue
• Support product architecture definition for next generation sub-6GHz,NR-U cellular and connectivity SOC
• Co-work with RFFE partner and RFIC design team to define SOC RF specifications and drive differentiation in the RF Front End sub-system definition
• Co-work with RF System algorithms and modem teams on FR1 SOC calibration requirements, RF impairments compensation techniques, Tx linearization (ET/APT_DPD), Rx self-interference cancellation, and Rx automatic gain control (AGC) optimization.
• Drive RF-modem system validation and commercialization at the platform level with RF SW and RF HW teams
• Drive engagement with key OEMs in providing RF systems architecture expertise to validate requirements and support phone set development with S.LSI next generation LTE/NR cellular chipset

What You Bring

• Bachelors with 15+ years of relevant industry experience, or Masters with 13+ years or PhD with 10+ years in Electrical Engineering, Computer Science or related field preferred.
• MS in Electrical Engineering, with emphasis on RF circuits and systems, Applied EM, Microwave engineering, Digital Signal Processing, and/or Communication Systems; Ph.D. is preferred.
• 5+ years in RF systems engineering experience, with expertise in ‘RF-to-modem’ system architecture design
• Ability to co-work and succeed in a multi-functional and multi-national work environment with confidence to present comfortably to technical audiences.
• Occasional travel - domestic and international
• In-depth knowledge of 5G NR FR1 cellular radio standards and carrier requirements
• In-depth knowledge of UWB, WiFi and Bluetooth radio standards and requirements.
• Strong knowledge of RF system design concepts, advanced transceiver architecture, and modem dependent issues
• Experience in translating standards or customer’s requirements into RF system specifications, RFFE/RFIC architecture implications and platform design optimization
• Hands-on experience in RF system lineup modeling and analyzing RF-Modem system KPIs
• Hands-on experience in RF-modem impairments compensation and calibration algorithms
• Hands-on experience in ET/APT/DPD techniques for transmitter efficiency/linearity enhancement techniques
• Hands-on experience in receiver automatic gain control design and optimization
• Strong understanding of receiver self-interference cancellation techniques and applications
• Strong technical writing and presentation ski