Job Opportunities API

The Public Ledger of Openings

← Back to the ledger

JUNIOR ENGINEER IN NETWORK ARCHITECTURE AND DISTRIBUTED SENSING (m/f)

Luxembourg Institute of Science and Technology - LIST
CompanyLuxembourg Institute of Science and Technology - LIST
CategoryEngineering
LocationLU
RemoteRemote
EmploymentContract
LevelEntry
SalaryNot stated by the employer
Posted28 Jul 2026
Last verified11 Aug 2026
SourcePublic employment agency (eures)
Applications are handled by the employer, not by us.Apply on the employer's site →
Description
SD-26130-JUNIOR ENGINEER IN NETWORK ARCHITECTURE AND DISTRIBUTED SENSING Fixed term contract | Belval | 12 Months Are you passionate about research? So are we! Come and join us The Luxembourg Institute of Science and Technology (LIST) is a leading Research and Technology Organization (RTO) that drives innovation for the economy and society in Luxembourg and beyond. With cutting-edge expertise in Natural, Built, Industrial environments, Space, AI, Security and defence technologies. LIST bridges scientific excellence and applied research to design solutions that address real-world challenges and create positive impact. Do you want to know more about LIST? Check our website: https://www.list.lu / How will you contribute? Describe the main responsibilities of the position. As a Junior R&T Engineer in the NETCOM group, you will contribute to cutting-edge research on wireless network architectures and distributed communication systems, with applications spanning aerial and space platforms. Under the supervision of experienced researchers and engineers, your main responsibilities will include: • Network architecture design: Contribute to the definition and modelling of communication network architectures for multi-node distributed systems, including the specification of inter-node link technologies, bandwidth and latency requirements, and Quality of Service (QoS) classes. • Protocol development: Assist in the design and implementation of cross-layer communication protocols, covering message prioritization, timing constraints, synchronization logic, and fault-tolerant fallback mechanisms for degraded link conditions. • System integration: Support the definition of data formats and interface specifications required for the integration of communication layers with onboard sensing, processing, and command chain components. • Simulation and performance evaluation: Develop and run simulation models to evaluate network performance under realistic operational conditions, contributing to the validation and benchmarking of proposed architectural solutions. • Prototyping and testing: Assist in the implementation and laboratory testing of communication modules, including SDR-based platforms and protocol stacks, contributing to the validation of prototypes in controlled environments. • Documentation and reporting: Contribute to the drafting of technical deliverables, scientific publications, and presentations at project meetings or conferences. Is Your profile described below? Are you our future colleague? Apply now! Education • Master's degree in Telecommunications Engineering, Computer Science, Electrical Engineering, or a closely related field. • Studies covering one or more of the following topics: wireless communication systems and protocols, network architecture and design, distributed systems, artificial intelligence, software-defined networking, or embedded systems. Experience and skills • 0 to 2 years of relevant professional or research experience (including internships and Master's thesis work) in wireless networks, communication protocol design, or distributed time-sensitive systems. • Good understanding of network architecture design principles, including protocol stack design, Quality of Service (QoS), and link management. • Familiarity with inter-node communication and coordination protocols for distributed or multi-agent systems. • Knowledge of wireless communication technologies and standards. • Programming skills in Python, C/C++, or MATLAB for simulation, performance evaluation, and protocol implementation. • Familiarity with network simulation tools (e.g., ns-3, OMNET++, or equivalent). • Ability to work under supervision while progressively developing autonomy. • Strong analytical and problem-solving skills, with an ability to interpret results and formulate conclusions. • Collaborative mindset, comfortable working in a multidisciplinary and international consortium envir