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Search Report & Insights
Your commute settings are active, but since Skåne is outside your commuting range, we are showing all 3 open positions in the region, sorted by compatibility score (best commute and salary first).
Stockholm•Heltid•Posted: Jul 10•Deadline: Jul 21
Company description: Ericsson AB Job description: Join our Team About the Opportunity If you want to join the evolution of Ericsson working with 5G, 6G and be part of one of the most exciting and demanding R&D businesses - this is the job for you!5G and Cloud RAN are already a reality, and Ericsson is the leader in bringing it to the market. There has never been a better time for you to make your mark. A large group of skilled developers are working energetically to convert 5G and Cloud RAN plans into reality. We are growing and looking for more talent.PEU (Product Engineering Unit) RAN Performance Layer 2 UPC Software is a part of RAN SW & Compute Platforms Eng in BA Networks and responsible for Baseband L2 product, quality and architecture in both EMCA and GPP. We are located mainly on different sites in Sweden, Canada, China and US. This position is located at the Stockholm or Lund site.Here at Ericsson, our culture is built on over a century of courageous decisions. With us, you will no longer be dreaming of what the future holds – you will be redefining it. Joining us is a way to move your career in any direction you want; with hundreds of career opportunities in locations all over the world. You will find yourself in a speak-up environment where empathy and humanness serve as cornerstones for how we work, and where work-life balance is a priority. And you will have lots of fun! What You Will DoAs a member of design team, you will be part of developing the User Plane Control Layer (L2) components of Ericsson’s Baseband software for our world leading 5G RAN and future 6G solutions. Contribute to baseband product development that focuses systemization, design, testing, and troubleshooting. As you will be exposed to high edge integrated and cloud RAN products. Participate in code reviews, testing, and quality assurance activities. Learn industry best practices, agile ways of working, and state-of-the-art development environments applying new knowledge to improve product innovationThe Skills You Bring Bachelor’s, master’s, or PhD degree in telecommunications, signal processing, wireless communications, computer science, embedded systems, or a related field. Strong foundation in C, C++, Python programming. Collaborative and Creative mindset who can easily interact with people. Eagerness to learn, and the courage to take initiative and ownership. Familiarity with Wireless communication technologies (4G/5G), 3GPP/ORAN standards, and/or signal processing is a strong plus. ML and Gen AI Tools hands on experience is a plus. Previous Ericsson experience as thesis student or summer intern is a plus.
RAN DeveloperCPython
Stockholm•Heltid•Posted: Jul 10•Deadline: Jul 21
Company description: Ericsson AB Job description: Join our Team About the Opportunity If you want to join the evolution of Ericsson working with 5G, 6G and be part of one of the most exciting and demanding R&D businesses - this is the job for you!5G and Cloud RAN are already a reality, and Ericsson is the leader in bringing it to the market. There has never been a better time for you to make your mark. A large group of skilled developers are working energetically to convert 5G and Cloud RAN plans into reality. We are growing and looking for more talent.PEU (Product Engineering Unit) RAN Performance Layer 2 UPC Software is a part of RAN SW & Compute Platforms Eng in BA Networks and responsible for Baseband L2 product, quality and architecture in both EMCA and GPP. We are located mainly on different sites in Sweden, Canada, China and US. This position is located at the Stockholm or Lund site.Here at Ericsson, our culture is built on over a century of courageous decisions. With us, you will no longer be dreaming of what the future holds – you will be redefining it. Joining us is a way to move your career in any direction you want; with hundreds of career opportunities in locations all over the world. You will find yourself in a speak-up environment where empathy and humanness serve as cornerstones for how we work, and where work-life balance is a priority. And you will have lots of fun! What You Will DoAs a member of design team, you will be part of developing the User Plane Control Layer (L2) components of Ericsson’s Baseband software for our world leading 5G RAN and future 6G solutions. Contribute to baseband product development that focuses systemization, design, testing, and troubleshooting. As you will be exposed to high edge integrated and cloud RAN products. Participate in code reviews, testing, and quality assurance activities. Learn industry best practices, agile ways of working, and state-of-the-art development environments applying new knowledge to improve product innovationThe Skills You Bring Bachelor’s, master’s, or PhD degree in telecommunications, signal processing, wireless communications, computer science, embedded systems, or a related field. Strong foundation in C, C++, Python programming. Collaborative and Creative mindset who can easily interact with people. Eagerness to learn, and the courage to take initiative and ownership. Familiarity with Wireless communication technologies (4G/5G), 3GPP/ORAN standards, and/or signal processing is a strong plus. ML and Gen AI Tools hands on experience is a plus. Previous Ericsson experience as thesis student or summer intern is a plus.
RAN DeveloperCPython
Lund•Heltid•Posted: Jul 9•Deadline: Jul 21
Company description: Ericsson AB Job description: Join our Team About this opportunityWe are looking for a passionate Digital Algorithm Developer to join our cutting-edge Algorithms team in Lund. In this role, you will contribute to the development of current and next-generation radio solutions by designing advanced algorithms and bringing them to life through efficient hardware implementations. If you are a recent graduate with a strong technical foundation, eager to learn and solve real-world engineering problems, and excited about applying theory to practice in a collaborative team, this is a great opportunity. You’ll thrive here if you enjoy working in teams, are proactive, and want to grow by working at the intersection of signal processing, hardware design, and emerging AI/ML techniques for real-time communication systems. You’ll be part of a highly collaborative and agile environment working across global teams, where innovation, ownership, and continuous learning are encouraged. What you will do• Contribute to early studies and concept development for current and future radio solutions. • Design, develop, and optimize digital signal processing (DSP) algorithms. • Build and maintain behavioural models and simulation frameworks. • Support development of end-to-end system simulations to evaluate algorithm performance under real-world conditions. • Build and configure integrated lab setups, combining hardware and software components. • Execute performance evaluations, measurements, and validation activities. • Collaborate with cross-functional teams across algorithm, ASIC/FPGA, and system domains.The skills you bring• MS in Electrical Engineering, Mathematics, Signal Processing, System on Chip, Artificial Intelligence/Machine Learning or related field. • Solid grounding in the field of Mathematics, optimization, statistics, or adaptive algorithms. • Good knowledge of Digital Signal Processing concepts and implementation techniques. • Knowledge of algorithm design, simulator building and behavioural modelling languages such as Matlab, Simulink, Python, or C/C++. • Understanding of ASIC/FPGA design flows and hardware-aware algorithm design. • Experience in RTL implementation of designed algorithms and HDL languages such as VHDL, Verilog or System Verilog. • Knowledge of Artificial Intelligence/Machine Learning. • Knowledge of telecommunication systems and RF (radio frequency) fundamentals. • Experience working with lab equipment, including signal analysers, signal generators, and power supplies. • Additional experience with AI/ML techniques applied to signal processing or communications, High-Level Synthesis (HLS) tools, digital/analog/mixed-signal IC design, and power amplifier technologies or FPGA prototyping platforms is a plus but not required.
Radio Algorithm DeveloperTelecommunicationsSignal Processing
Commute
Commute Limit45 min
🚀 15 min🇸🇪 45 min avg🚌 90 min
Commute Map (Skåne)
Optimal (< 25 min)
Standard (25-50 min)
Long commute (> 50 min)
Outside limit (> 45 min)