Industrial Ph.D - Next Generation Wireless Communication and Sensing (6G)

at  Volvo Cars

WE’RE CREATING OUR OWN FUTURE

At Volvo Cars, we are making bold digital visions come true. We aim to be the leader in the automotive world by creating a digital ecosystem built around making our customers’ lives less complicated. What we all have in common at Volvo Cars is our passion for protecting lives, our endless curiosity, and our dedication to create a new future for the automotive industry. Our human centric focus is what separates us from all other car companies.

DO YOU FIT THE PROFILE?

The candidate should have a master’s degree in physics, electrical engineering, computer engineering or related technical field. We are looking for a candidate that has engagement and drive in building prototyping and translating research results into practically implementable strategies and business value.
We encourage candidates from diverse backgrounds to apply. The application process will require submission of a CV, cover letter, and academic transcripts. As a VIPP student, you will represent Volvo Cars in the WiTECH competence centre, a great opportunity to start your career towards becoming an expert and technical leader within Volvo Cars.
Location: Gothenburg, Lindholmen

Now we are looking for a highly motivated and talented individual to join the Research Competence Center WiTECH as an Industrial PhD candidate. WiTECH is a Vinnova-sponsored research initiative managed by Chalmers University, with the vision to create a sustainable future by developing the next generation of robust and trustworthy wireless communication and sensor systems and sustainable, energy-efficient semiconductor components and processes. As an industrial Ph.D. student, you will be part of Volvo Cars’ Industrial Ph.D. Program (VIPP), a leading program in Sweden, established in 1999.
This is a unique opportunity to work with real-world problems and to gain practical experience in the field of 6G for the automotive sector, with applications in autonomous driving and the V2X eco-system. You will be part of cross-disciplinary research teams including University researchers and technical experts at VCC. This provides a unique opportunity to become an independent academic researcher while simultaneously gaining insight into the vehicle platform development process and anticipate future automotive needs within connectivity.
As part of a collaborative project with industry partners and academic supervisors, the candidate will be responsible for developing joint communication, sensing, and localization systems to support future use cases in the next decade. The specific research questions that the Ph.D. candidate will address will be decided together with the candidate and Chalmers University, since the research field is very broad. Examples of areas of interest could be distributed antenna systems, channel models, radar waveforms, positioning integrity, wireless resource allocation, signal processing, sensor fusion, etc. In addition to the technical questions, you will also build an understanding and propose ways to apply research within 6G to Volvo Cars strategic roadmap and business plans, i.e., drive use cases of importance and the electrical architecture design to support 6G in a cost-efficient and future proof way, given the lifespan of a vehicle in field.