Master Thesis RF Engineering (f/m/d)

Overview

• For many applications, there is an ongoing need to make use of higher frequencies of the electromagnetic spectrum, which require technological innovations both for development and validation of new products.
• Therefore, NXP Germany is engaging in the German part of the EU R&D program “important project of common European interest” (IPCEI) for microelectronics.
• As part of this program, NXP has built a brand-new laboratory for high frequency technologies in Hamburg: the “Terahertz Lab” serves as a system-level RF competence center supporting product development and innovation projects from multiple products lines.
• Further, new concepts for system-level RF validation are investigated in the sub-THz spectrum and beyond (frequency range ≥ 100 GHz).
• The Terahertz Lab will be a key player supporting innovation and development for the next generation of automotive radar, robotics, and the 6th generation of mobile communications (6G) within NXP.
• Research Focus The growth in demand for high data rates in modern wireless communications - especially in consumer connectivity - necessitates innovative solutions at higher frequencies.
• Conventional far-field antenna concepts, when adapted short-range scenarios, often fall short in predictability, performance, and scalability.
• This thesis will explore different approaches tailored to short-range, near-field, full-duplex communication systems operating at mmWave to sub-THz frequencies.
• The thesis will investigate concepts for near-field communications, with possible applications in robotics, e.g.
• For this purpose, novel antenna concepts will be investigated and optimized to enable application-specific near- to mid-range transmission.
• The performance will be evaluated with respect to relevant use cases.
• Tasks Survey state-of-the-art antenna technologies at mmWave to sub-THz frequencies, as well as related topics, with respect to selected use cases.
• Compare possible solutions in terms of typical and relevant metrics such as reflection and transmission properties, isolation, bandwidth, sensitivity to translational and rotational misalignments, technical complexity and general manufacturing feasibility.
• Design and simulate selected structures using numerical full-wave EM tools (e.g., Ansys HFSS) and perform end-to-end system simulations using adequate system simulation software (e.g., PathWave SystemVue).
• Manufacturing of the developed test designs as well as evaluation and validation in a dedicated measurement setup (e.g., in a setup emulating relevant intra-robotic conditions) using state-of-the-art T&M equipment.
• Draft recommendations and conclusions for usability and feasibility with respect to selected applications.
• Assess practical integration potential for future transceiver chip designs (out-of-scope but noted for continuity).
• Requirements Master student of electrical engineering, preferably with focus on RF technologies.
• Experience with RF measurements and equipment (oscilloscopes, signal generators, spectrum analyzers, vector network analyzers, power sources, etc.).
• Experience with EM- and system-level simulation software, preferably Ansys HFSS and PathWave SystemVue.
• Experience in working with Python or MATLAB, preferably in the scope of electrical engineering and signal processing.
• Excellent problem-solving skills, attention to detail and good analytical skills.
• Structured, well organized, self-motivated, and flexible.
• Team player with good communication skills, fluent English (spoken and written).
• What NXP Offers A monthly salary of €2,120.00 Flexible working hours T he possibility to work in a hybrid setup Networking initiatives and Employee Resource Groups such as Young Community, No Extra Planet, NXP Equal, Women in NXP, and more — fostering both professional and personal exchange Please note: The successful candidate may/will be responsible for security related tasks.
• The assignment may/will be in scope of security certifications, therefore a conscious and reliable way of working is necessary.
• More information about NXP in Germany..