Abteilungsleiter und Gruppenleiter

Batteries, Electrochemistry, Thermometry, X-ray and CT.

In charge of: Lab Chemical Safety and Accreditation STS 0059.

Analog electronics, Circuit design, PCB design, general electronics, low noise electronics, high frequency electronics, Spice simulations, digital electronics, Low level microprocessors, electrical device characterisation, Physiklaboranten apprentices teaching (Berufsbildner/SVEB I)

Raman spectroscopy. photoluminesence spectroscopy, neutron spectroscopy

CVD Graphene, Infrared (Temperature, active + passive Thermography), Ultrasonics, uCT, Failure analysis on electronic devices, Partial discharge measurements

Mitglied Fachkommision TT ZGSP

Hardware design of embedded systems, programming microcontrollers (mainly ARM Cortex), wireless protocols (BLE, ANT, LoRa, ...), sensor integration and interfacing, MATLAB, Python, wire bonding, fiber laser applications, medical devices, device approval (Notified Body), startups

THz holography, Speckle Pattern Interferometry (DSPI), Ellipsometry, NDE, Thermography, Measurement uncertainty (GUM)

Charge hydrodynamic effect, h-BN encapsulated graphene FET, Graphene nanoribbons, quantum transport, thermoelectricity, mechanical exfoliation.

Doktorand

Nanofabrication, Electronics reliability and failure analysis

Laboratory Automation: (Fast) Data Acquisition, Data Processing, LabVIEW; Embedded Systems: SoC (Zynq), FPGA/VHDL, C/C++, Python, Bluetooth/BLE; Mobile Apps (Android): Flutter/Dart, Kotlin

Failure analysis on electronic devices Expert for Focused Ion Beam, Scanning Electron Microsope, EMMI/OBIRCH, Metallography

THz-Time Domain Spectroscopy (THz-TDS), 3D printing, cleanroom fabrication, THz scattering-type scanning near-field optical microscopy, THz imaging, Comsol simulations

Molecular surface science, biophysics, scanning probe microscopy and spectroscopy, electrical transport at nanoscale.

Thermo-electric measurements, nanofabrication, carbon-based electronics, graphene nanoribbons, energy conversion, density functional theory, machine learning, finite-element calculations. Assistant Professor D-ITET ETH Zurich

Micro- and nanostructures; Nanoelectronics and nano-optics; Nanodevices; Low-dimensional materials, Graphene