Job Description

You will be part of L1 organization. Our team is working on the algorithms and performance assessment. We are open for new things, empowered by the best tools and fearless in front of any upcoming challenges. The goal for us is to deliver outstanding 4G, 5G and 6G solutions to our customers. To make it happen, you will work closely with the top experts in the specification and implementation units.

Qualifications In-depth knowledge of LTE/5G physical layer (proficiency in understanding the 3GPP 36/38 series for the physical layer, including 211, 212, 213) A strong background in communication theory and signal processing Over 5 years of experience in algorithm design and simulation Extensive experience in programming with Matlab and modelling wireless communication systems Proactive and independent problem-solving through personal experience and networking Fluent verbal communication and writing skills in the English language Master's degree or higher (PhD preferred), with a major in telecommunication, electronic engineering, computer science, or a related field

 It would be beneficial if you also have: 

Knowledge of Radio Resource Management design and implementation principles Understanding of 3GPP standardization processes and forums Expertise in DSP/FPGA development  HOW YOU WILL CONTRIBUTE AND WHAT YOU WILL LEARN

Are you passionate about problem-solving? 

Joining our team, you will: 

Acquire new knowledge in signal processing and new radio access technologies Learn the end-to-end (from idea to product) algorithm development process Contribute to link-level performance and measurements assessment Depending on your skills and experience, your focus area could encompass some or all of the following sub-domains:  L1 algorithm development, including design, simulation, and optimization L1 algorithm specification writing; fix-point design and validation Providing support to the implementation team on algorithm and fix-point issues Additionally, responsibilities may include creating L1 specifications and architecture for Baseband and massive MIMO processing, as well as partitioning and dimensioning of physical layer processing – this involves tasks such as collecting requirements, defining use cases, specifying interfaces, and analyzing options for hardware/software split.