We are looking for passionate candidates who are prepared to conduct collaborative independent research in the area of Beyond CMOS computing. The topics involved in our research projects cover:
Circuit applications for these devices (non-volatile circuit primitives true random number generators physically unclonable functions etc.)
Unconventional computing paradigms (Ising model analog & mixed-signal computing neuromorphic computing stochastic computing etc.).
Candidates are expected to:
Conduct high-quality independent research that cuts across the levels of design abstraction in a vertical fashion using a devices/circuits/microarchitecture/architecture/algorithms co-design approach
Propose own ideas for research
Collaborate with experimentalists and exchange knowledge with our international collaborators
Mentor students (PhD MSc undergraduates) and lend their experience to nurture junior researchers as co-authors
Qualifications
PhD in Engineering (Electrical Electronics Computer Materials Science) or Applied Sciences (Computer Physics Mathematics)
Possessing knowledge and experience in the research topics in the Beyond CMOS umbrella (new computing approaches and models using non-volatile and volatile electronic devices memory-centric microarchitectures devices-to-algorithms co-design etc.)
Familiarity with simulation methodologies approaches and tools in the listed research areas
Proven ability to adapt learn and create software tools in different languages (MATLAB/COMSOL Python C/C++ CUDA/OpenCL/SyCL SPICE/Verilog-AMS Golang etc.)
Able to plan and organize well and adhere to strict deadlines
Be able to communicate effectively with a broad audience in English
Doing independent research in a multidisciplinary team
