Baseband & SoC

is a department dealing with the development of System Modules constituting a part of the infrastructure that forms the Base Transceiver Station of the cellular network. Our key tasks include creating a platform on which various radio access technologies are implemented (2G, 3G, 4G, 5G). The platform includes hardware components (HW), System-on-chip (SoC) and software components (SW).

Programming environments: Linux, Eclipse RCP, Visual Studio, Qt Creator, Slickedit, VIM, PyCharm
Programming: C, C++, Bash, Python, Matlab, JavaScript
Testing: Unit Test and System Component Tests, Google Testing Framework, Jenkins, Robot Framework, Integration and System Testing
Project management: Jira
Requirement engineering: DOORS Modelling: UML, Magic Draw
Other: Version control: GIT, GNU Make, Cmake, Puppet, Yocto, SVN.


is a part of Nokia Radio Frequency and Advanced Antennas organization. We are responsible for specifying, designing, implementing, testing and maintaining radio products’ software for various radio access technologies, including GSM, WCDMA, LTE and 5G.  As a tribe we are divided into self-organizing teams, working in an Agile environment. Our products are developed mainly in C++ and C on several software architecture layers, including those close to hardware, as well as on higher levels of abstraction. At this point we have almost 500 engineers working in Wrocław and Kraków locations. We maintain very close cooperation with sites in USA, Finland, China and Romania. As an organization, we are responsible for our products’ integration throughout the whole product life cycle, which is performed in the automated Continuous Integration environment.

A common and clearly defined vision, open communication and a deep passion for innovation are the features that best describe our work environment and its unique atmosphere. We believe these are the values that shape the future of technology.


is responsible for delivering world-class implementations of physical layer DSP algorithms for 4G and 5G mobile technologies. L1 contributes to both traditional users’ and Internet of Things (IoT) devices’ reception. Their own System Component Test environment is written from scratch in Python. All their software is hard in Real-Time. The hardware platforms we work on range from specialized Digital Signal Processors to General-Purpose Processors.

Development environment/platform (we also use GIT) Programming: C, C++, Python
Testing: Jenkins and own environment
Project management: Jira, Confluence, Office365, Quality Center, Rational DOORS