Qorvo is All Around You! We make a better world possible by providing innovative Radio Frequency (RF) solutions at the centre of connectivity. We are a global company thriving on a culture of innovation, diversity, and inclusion. We combine product and technology leadership, systems-level expertise and global manufacturing scale to quickly solve our customers' most complex technical challenges.
Decawave is a pioneer in ultra-wideband (UWB) technology and provider of UWB solutions for mobile, automotive and IoT applications. Decawave was founded in 2007 and has deployed more than 8 million chipsets in more than 40 different market verticals – from smartphones to drones. In February 2020 the company became part of Qorvo and with that the Ultra-Wideband Business Unit (UWBU) within Qorvo Mobile Products.
Summary:From Jan 2025, a full-time internship position in Systems Engineering is available for an engineering student enrolled in a Master's or PhD accredited programme. The internship is to be based at Qorvo Dublin, which is the company centre for R&D in ultrawideband (UWB) technology. The duration can be up to 7 months.
Requirements:The successful candidate should have completed their Bachelor's degree with a GPA of at least 3.0 in Electrical engineering or equivalent and be enrolled in an MS or PhD programme.The student must have completed course work and show a good understanding of wireless systems including analogue/RF, digital, communications theory and digital signal processing.Familiarity with either MATLAB or Python is required.Students with experience in algorithm development preferred.Good communicator with an eagerness to learn and willingness to take ownership, good analytical skills, proactive approach in solving exciting technological challenges and make an impact.Gain experience and working knowledge of ultrawideband sub-systems and related system simulation and algorithm development, as well as analogue/mixed-signal, digital and RF circuits.Learn about UWB radio and its utility to support two-way ranging and other real time location systems (RTLS) use cases, communication systems and radar applications.Design novel algorithms to support real world use-cases.Identify trade-offs in system implementation, and deployment constraints, either through simulation studies or through hands-on hardware experiments as required.Developing system simulations and baseband architectures.Report and presentation at the end of the internship on the work performed.
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