3gpp jobs in San Diego

Design, develop, and optimize algorithms for image and video compression across multiple formats (2D, multiview, 360-degree, point cloud, light field). Develop novel algorithms for file formats, system architectures, and transport protocols, and contribute to multimedia standardization forums (MPEG, DASH, 3GPP, JVET, AVS).…See more Research image/video processing techniques and quality evaluation metrics, with responsibilities including drafting standard contributions, patent applications, and academic papers. Requires a PhD in computer science or related field, strong fundamentals in algorithms and data structures, published conference/journal papers, and experience with multimedia standards and C/C++.

Design, develop, and optimize algorithms for image and video compression (2D, multiview, 360-degree, point cloud, light field) across multiple formats and codecs. Research novel approaches to file formats, transport protocols, and quality evaluation metrics.…See more Participate in standardization bodies (MPEG, JVET, AVS, 3GPP) and publish findings in top-tier venues. Requires a PhD in computer science or related discipline, strong fundamentals in algorithms and data structures, published research record, and hands-on experience with video coding standards.

Design, develop, and validate embedded and cloud edge software for cutting-edge Qualcomm products. Collaborate with systems, hardware, and architecture teams to build system-level software solutions.…See more Requires 2+ years of software engineering experience with proficiency in C, C++, Java, or Python, and knowledge of embedded processors, development tools, and operating systems like FreeRTOS, Embedded Linux, or Android.

Design, develop, and validate embedded and cloud edge software for next-generation Qualcomm products. Work with systems, hardware, and architecture teams to build system-level software solutions, with hands-on experience in embedded processors, firmware development, and operating systems like FreeRTOS, Embedded Linux, and Android.…See more Requires 2+ years of software engineering experience and proficiency in C/C++ with familiarity in Python and shell scripting. Preferred experience includes GNSS/location-based systems, 3GPP protocols, and AI code-assist tools in resource-constrained environments.

Design, develop, and validate embedded and cloud edge software for cutting-edge Qualcomm products, collaborating with systems, hardware, and architecture teams. Requires 5+ years of embedded software development experience with proficiency in C/C++, understanding of processor architecture, board support, peripheral control, and embedded debugging tools.…See more Prior experience with GNSS receivers, location-based systems, 3GPP protocols, and operating systems like FreeRTOS, Embedded Linux, and Android is strongly preferred. Familiarity with AI code-assist tools in resource-constrained environments is a plus.

Design, develop, and validate embedded and cloud edge software for cutting-edge Qualcomm products. You will work on embedded processors, board support, peripheral control, and operating systems (FreeRTOS, Embedded Linux, Android), with a focus on GNSS receivers and location-based systems using 3GPP protocols.…See more Requires 5+ years of embedded software development experience in C/C++, understanding of processor architecture and embedded debugging tools, and hands-on collaboration with systems, hardware, and test engineers.

Design, develop, and optimize modem firmware and software for 5G-Advanced and early 6G protocol stacks on Qualcomm's Snapdragon chipset. Work across L1/L2/L3 protocol layers to implement 3GPP-compliant features, develop real-time scheduling and resource management algorithms, and use custom scripting to dynamically reconfigure modems based on network conditions and AI-driven signals.…See more Requires strong C/C++ embedded systems expertise, real-time OS experience (RTOS), wireless communication principles, and the ability to debug complex field issues and optimize performance in latency-critical environments.

Design, develop, and optimize modem firmware and real-time embedded software for 5G/6G protocol stacks (L1/L2/L3) on Qualcomm's Snapdragon chipset, implementing 3GPP-compliant features and real-time scheduling algorithms. Work across protocol layers to develop adaptive algorithms that respond to network conditions and AI-driven optimization signals, and architect frameworks enabling OEM and operator partners to deliver differentiated wireless experiences.…See more Debug complex field issues using protocol logs and trace tools, write and maintain unit and integration tests, and collaborate with systems, architecture, and hardware teams on modem bring-up and performance optimization. Requires strong C/C++ foundation, deep wireless communication principles knowledge, embedded systems expertise, and familiarity with real-time operating systems.

Design, develop, and optimize modem firmware and software for 5G-Advanced and early 6G protocol stacks, working across L1/L2/L3 layers to implement 3GPP-compliant features. Develop real-time embedded software on proprietary RTOS (QuRT) with strict latency and throughput constraints, and architect frameworks for resource management and AI-driven optimization.…See more Collaborate with systems, architecture, and hardware teams on modem integration, performance optimization, and field issue resolution using protocol logs and debugging tools.

Design, develop, and optimize modem firmware and software for LTE, 5G-Advanced, and early 6G protocol stacks, implementing 3GPP-compliant features and real-time scheduling algorithms. Develop embedded software on proprietary RTOS (QuRT) with strict latency and throughput constraints, collaborate on modem bring-up and performance optimization, and resolve complex field issues using protocol logs and debugging tools.…See more The role requires strong C/C++ design skills, deep understanding of wireless communication principles (OFDM, MIMO, channel coding), real-time embedded systems expertise, and familiarity with AI/ML optimization techniques for adaptive modem behavior.

Qualcomm is seeking a Software Engineer to develop 5G/6G wireless systems for a Test Base Station platform. The role focuses on designing and implementing Radio Access Network Layer 2 (MAC, RLC, PDCP, SDAP) functionality in C++ as a Linux service, including channel configuration, scheduler optimization, and multi-threaded, real-time software.…See more Responsibilities span specification interpretation, feature development through commercialization, cross-layer integration with RRC and PHY components, and performance optimization for latency and throughput.

Research Scientist Graduate role focused on designing and developing novel video codec algorithms for image and video compression across multiple formats (2D, multiview, 360-degree, point cloud, light field). Responsibilities include algorithm optimization, file format and transport protocol development, quality evaluation metrics, participation in standardization forums (MPEG, DASH, 3GPP, JVET, AVS), and publication of research papers and patent applications.…See more Requires a PhD in computer science or related field, strong fundamentals in algorithms and data structures, published research in top venues, and hands-on experience with C/C++ and multimedia compression standards.

Qualcomm is seeking a software engineer to develop and optimize 5G/6G Radio Access Network Layer 2 functionality for a Test Base Station. The role focuses on designing real-time, multi-threaded C++ software running on Linux, implementing MAC/RLC/PDCP/SDAP protocols per 3GPP specifications, and optimizing channel schedulers and data-plane paths for latency and throughput.…See more The candidate will debug, profile, and collaborate across distributed teams integrating with Layer 1 (PHY) and Layer 3 (RRC) components.

Design, develop, and optimize 5G/6G Radio Access Network Layer 2 software (MAC, RLC, PDCP, SDAP) in C++ running as a Linux service on multi-core platforms. Translate 3GPP specifications into requirements, implement channel schedulers and data-plane paths, and debug for latency, throughput, and reliability.…See more Collaborate across distributed teams on real-time-sensitive, multi-threaded NodeB software with continuous integration support.

As a Software Engineer at Globalstar's XCOM RAN, you will develop modern C++ and Python software for high-performance 5G wireless systems, focusing on PHY layer development, 3GPP control plane implementation for Remote Radio Units, and telemetry data collection. You will design, code, test, and verify major system features while participating in design reviews, code reviews, and continuous integration processes.…See more The role requires hands-on experience with Modern C++, Linux systems development, and ideally exposure to 5G L1 specs and stack development. You will collaborate with systems design and test teams to integrate and validate novel 3GPP wireless technology.

Write Modern C++ and Python software for high-performance 5G wireless systems at XCOM RAN, including PHY layer development, 3GPP control plane for Remote Radio Units, and telemetry data collectors. Design, develop, code, test, and verify major system features while participating in design reviews, code reviews, and continuous integration.…See more Work with systems design and test teams to integrate and validate 3GPP wireless technology on Linux-based systems.

Sr. Staff Software Engineer to design, develop, and optimize embedded software systems for secure government platforms, with emphasis on bootloader-to-application layers.…See more Role requires strong C/C++ and embedded systems expertise (6+ years), experience with platforms like Android, Linux, QNX, and RTOS, and ability to debug complex issues across the full software stack. Responsibilities include system integration, technical documentation, collaboration with test/systems teams, and direct customer engagement at technical exchange meetings. Ideal candidate has deep knowledge of subsystems like modem, BSP, networking, compute/AI, multimedia, or platform security.

Design, implement, verify, validate, and commercialize Wireless WAN modem air interface Radio Access technologies software. Work on multi-RAT (LTE, 5G NR) transceiver, HW control, and wireless Radio Access Stratum software implementation per 3GPP specifications.…See more Develop models and simulations, create test cases to validate modem performance (throughput, latency, power consumption), and collaborate with cross-functional teams on modem IP architecture, RFFE design, HW APIs, and co-processor architecture. Write technical documentation and feature descriptions for modem technology software projects.

As a Principal/Senior Staff Software Engineer, you will lead a team developing next-generation 5G NR wireless systems, architecting and coding major PHY (L1) features. You will mentor engineers, innovate development processes, and collaborate with cross-functional teams to integrate and validate 3GPP wireless technology concepts.…See more The role requires 10+ years of hands-on C/C++ development, 7+ years of 5G/LTE PHY software and algorithm work, 7+ years taking complex software to production, and 5+ years developing for real-time Linux systems.

Lead a high-performing team developing next-generation 5G NR PHY (L1) wireless systems, architecting and coding major system features while mentoring software engineers. Require 10+ years of hands-on C/C++ development and 7+ years of PHY/5G/LTE algorithm development experience, with 7+ years taking complex software to production and 5+ years developing real-time Linux systems.…See more Collaborate with cross-functional engineering, systems design, and test teams to integrate and validate novel 3GPP wireless technology concepts.

Lead a team of software engineers developing next-generation 5G NR wireless systems, architecting and coding major system features with a focus on PHY layer (L1) software. Mentor engineers, innovate development processes, and collaborate with systems design and test teams to integrate and validate 3GPP wireless technology concepts.…See more Requires 10+ years of hands-on C/C++ development, 7+ years of PHY layer 5G/LTE wireless systems experience, 7+ years shipping complex software products, and 5+ years developing real-time Linux systems.

Senior engineer designing, implementing, and validating Wireless WAN modem air interface and Radio Access Network (RAN) technologies for multi-RAT systems. Responsible for modem access stratum and RF software design, algorithms, HW/SW co-processor architecture, and transceiver implementation based on 3GPP LTE and 5G NR specifications.…See more Works across L1/L2/L3 protocol layers, optimizes for performance (throughput, latency, power consumption) and cost (silicon area, calibration complexity), and collaborates with RF and hardware teams on modem IP architecture and shared resource allocation.

Design, develop, and implement modem power optimization features within the modem protocol stack for Pixel devices. Analyze power consumption across LTE and 5G NR network conditions to identify optimization opportunities, collaborate with modem vendors and platform teams on power reduction initiatives, and build automated power measurement tools and dashboards to track KPIs.…See more Requires 1+ years of C/C++ coding experience and hands-on power management of embedded mobile devices, with strong performance analysis, debugging, and optimization skills for low-level systems.

This role develops and integrates device platforms with cloud management systems for wireless edge and IoT devices across Tier-1 carrier networks. The engineer will build middleware, APIs, and services; implement device management protocols (TR-069, TR-369/USP, SNMP); perform provisioning, telemetry ingestion, and firmware-over-the-air updates; and conduct end-to-end integration testing in lab environments simulating real-world conditions.…See more The position requires proficiency in C/C++, Go, or Python on embedded and Linux systems, strong protocol debugging skills (Wireshark, GDB), and hands-on experience with cellular networking standards, REST/gRPC APIs, and remote device management. Success demands close collaboration across distributed teams, carrier certification support, and the ability to troubleshoot complex hardware-software-network integration issues independently.