Sr. Modem Power Engineer

• Advanced understanding of digital communications, RF propagation, and telecommunications concepts

• Exposure to 5G NR, LTE, and interest in emerging 6G technologies

• Familiarity with data protocols (e.g., IP, TCP) through coursework or projects

• Awareness of air interface performance analysis and optimization

• Basic programming ability in Python or similar languages

• Familiarity with real-time operating systems and multi-threaded processor architectures is a plus

• Familiarity with commercial wireless test equipment (e.g., Keysight, R&S, Anritsu) is a plus

• Effective communication and teamwork skills; willingness to learn and collaborate

• Exposure to AI/ML and Large Language Models (LLMs), with interest in applying these techniques to wireless system design and power optimization

• Knowledge of Embedded Power Architecture, power grid analysis, and basics of power measurement techniques is an added plus.

Key Responsibilities:

• Work on Next Generation Wireless Technologies, including 5G NR, LTE Advanced, and emerging 6G standards, focusing on critical modem stack software, firmware, and hardware features from both UE and network protocol perspectives. Investigate, analyze, and optimize systems for power and thermal characteristics, with close attention to performance KPIs.

•  Integrate and test system-level features across a broad range of modem capabilities, design comprehensive test content, and optimize system performance with a focus on evaluating power cost. Support customer (OEMs and Carrier) requirements for product commercialization

• Analyze and debug issues related to power optimization features, studying their impact on stability and performance while maintaining the balance between power and performance.

• Collaborate with a multidisciplinary team (Software Development, System Design, Chipset Architecture, Customer Support, Tools, etc.) to integrate, test, and commercialize QCT products. Responsible for triaging issues, raising bug tracking tickets, and driving closure to meet requirements.

• Recommend optimizations and suggestions to prototype algorithms and designs as proof of concept of modem power optimization features

• Apply AI/ML techniques to improve power analysis and optimization, leveraging exposure to AI/ML and Large Language Models (LLMs) in wireless system design.

• Adopt LLM-based tools to automate analysis, enhance debugging, and streamline feature integration processes.

• Stay current with advancements in 6G and AI/ML technologies, proactively identifying opportunities to incorporate these innovations into modem power solutions.

Level of Responsibility:

• Works fairly independently.

• Decision-making affects direct area of work and/or work group.

• Requires verbal and written communication skills