Requirements:

• experience with defining SW Architecture and analyzing system performance aspects
• ability to identify key risks for given SW domain and defining necessary actions to minimize them
• communicating technical concepts in clear and understandable way
• understanding of distributed and parallel processing
• knowledge of Unix/Linux/Posix, Real-Time Operating Systems, processors’ architectures and embedded systems
• knowledge of programming (C, C++) and modeling languages (UML, SystemC, Matlab)
• good communication in English (both written and spoken)
• customer- and result-oriented attitude
• good analytical skills and structured approach to problem solving
• pro-activeness, creativity and self-motivation

Bonus points:

• experience in requirement engineering
• cloud computing
• good knowledge of mobile network technologies, radio system architecture, functions and standards (3GPP)
• experience with large scale systems

Position description and career opportunities:

Our team is working on creating solutions for mobile telecommunication industry for current and future networks: starting from 2G, through 3G and 4G, to 5G and beyond. We define the architecture to create robust system, able to offer unique experience, like high data throughput, short communication latency and good voice quality.

A system is composed of various elements with HW, SW and SoC (System-On-Chip) components. Part of our job is to define what should be implemented by which component. This includes selecting an appropriate technology, creating an implementation strategy and evaluating different potential options.

We are open to using different techniques that help to optimize the system, like simulation and modeling, statistical and data mining techniques, new programing languages or computing concepts (like cloud and edge cloud). Being open‑minded is the key!

Our multinational team cooperates closely with organizations across the world to analyze customer requirements, propose technical solution and guide the implementation.

As a SW Architect, you must be able to analyze and solve complex problems. You are responsible for capturing key requirements for your SW domain to define scalable architecture. You guide the implementation teams to transform the requirements into efficient and testable implementation. In order to select appropriate technical solution, you may launch and supervise a study work exploring the options according to defined criteria. It is import_ant in your work to identify and set not only functional requirements for SW components, but also performance and reliability requirements (including, requirements towards HW and SoC). You must be also aware how the requirements could be tested in efficient way.