Dresden, Saxony, Germany
@ Robert Bosch GmbH, Engineering Power Components (ME-PM/ENG1.3) - Lead developer of a scalable Python framework providing unified tooling and analytics for power transistor product development across Bosch semiconductor fabs - Built, modularized and automated SPICE simulation infrastructure and transistor datasheet generation - Implemented modular, scalable Monte Carlo method for transistor spec limit derivation - Analyzed data from electrical wafer sort, final test, characterization, reliability to ensure high-volume manufacturability of Si power MOSFETs - Supported continuous improvement initiatives, including data standardization and evaluation of parametric traceability to wafer coordinates - Performed electrical characterization of Si power MOSFETs (static, C-V, dynamic / safe operating area)
SemiMod GmbH, https://semimod.de/
@ Chair for Electron Devices and Integrated Circuits - Conducted research on static and dynamic operating limits and long-term RF reliability of semiconductor devices, focusing on SiGe Heterojunction Bipolar Transistors, with supplementary work on InP HBTs and RF MOSFETs - Planned, carried out, and evaluated long-term RF reliability tests - Characterized and modeled degradation mechanisms in SiGe HBTs under long-term RF stress - Designed and taped out test chips in state-of-the-art RF BiCMOS technology - Developed object-oriented Python tools for lab automation and data analytics - Performed DC and small-/large-signal on-wafer characterization of transistors and power amplifiers up to 110 GHz; conducted passive load-pull measurements up to 50 GHz - Served as teaching assistant for the course Fundamentals of Electron Devices
Design verification internship: automation of an assertion-based verification flow in behavioral circuit models for top-level design verification
RF laboratory internship: development of a scalable, object-oriented MATLAB framework for automating measurement instruments