Wireless Systems Engineer
Imec
- Eindhoven, Noord-Brabant
- Vast
- Voltijds
- Design, simulate, and implement wireless communication systems for different applications, e.g., low/high data rate, localization and vital sign detection.
- Implement radio models for wireless communication and radar systems, and RF/circuit impairments.
- Implement system models and investigate algorithms for performance enhancements, design and validate them to allow performance sign-off and enable RTL development.
- Define the control procedures of the physical layer hardware modules to achieve robust and optimal performance of the HW.
- Bring up, test, characterize and optimize real silicon in lab.
- Collaborate with other engineering disciplines, such as analog/digital IC designers, and software developers, to understand and define system-level requirements and to realize the system with power and area efficient digital implementations.
- Take end-to-end responsibility for wireless systems - architecture development, specification, design, evaluation, and demonstration.
- Develops new and innovative ideas for a modem.
- Stay up to date to relevant trends and research in the field and wireless standardization.
- Interact with customers and (academic) partners as a technical interface for existing and new collaborations.
- MSc or Ph.D. degree in electrical engineering.
- 5+ years of professional experience in designing and simulating the physical layer of wireless communication systems and use it to derive building-block specifications.
- Strong knowledge of communication theory, filter design and signal processing related algorithms design (such as timing/frequency recovery, signal estimation and detection, automatic gain control, channel estimation, equalization, coding theory, beamforming, etc.).
- Hands-on experience on lab testing and characterization, such as spectrum analyser, signal generator, signal analyser, etc.
- Experience in system, modem, and microprocessor architecture, hardware and software control.
- Experience with system verification: verification plan definition, methodologies, execution and tracking.
- Knowledge in RF transceiver architectures and trade-offs for wireless communication, localization, and radar applications.
- Knowledge in existing wireless protocols such as Bluetooth, UWB, and Wi-Fi.
- Experience with modelling in Python and MATLAB is a must, and C is a plus.
- Experience and knowledge on High Level Synthesis (HLS) is a plus.
- Knowledge of FPGA-development is a plus.
- Team player with good communication skills and the ability to give quality feedback.
- Hands-on and exploratory attitude, which means taking initiative, thinking pro-actively, having a flexible approach, and solving problems daily are attributes that define yourself.
- Agile-minded engineer and passionate about new technologies.
- Your communication skills in English are excellent.