Villach, Carinthia, Austria
"Design of High Accuracy Integrated RC Frequency References". Cooperation between Infineon Technologies and TU Delft (Supervisor Prof. Kofi Makinwa). Concept, circuit level design, layout and post silicon validation of a state of the art on-chip RC oscillator, achieving an average temperature coefficient of 2.5ppm/°C from -55°C to 125°C with a supply sensitivity of 0.18%/V. The test-chip fabricated in a 130nm technology occupies an area of 0.32mm^2 with a power consumption of 480uW.
Adaptation of a software tool for automated validation of semiconductor device models to integrate high-voltage BCD technology device models. Introduction of new simulation test-cases to automatically test for modelled paramters and plausability of paramters within the device models.
Design of measurement PCB aiming at low parasitic inductance for fast switching of a VCSEL (vertical-cavity surface-emitting laser) in ToF applications.
Bachelor Thesis "Electrical behaviour of semiconductor devices at cryogenic temperatures" as part of the PIEDMONS project which focuses on research in the field of ion traps and quantum computing.
Design and concept of a software tool for automatic test pattern generation aimed at mixed-signal verification
Operator in clean room production line, optical inspection department.