Client: Farasis Energy Europe GmbH - BDC (Frickenhausen, DE)

Client: Magna Electronics Europe GmbH & Co. OHG (Sailauf, DE)

Client: Hybrid LiDAR Systems AG (Salzdetfurth, DE)

Client: Dance GmbH (Berlin, DE)

Client: Johannes Schäfer GmbH (Haiger, DE)

• Developed, from concept to end-product, low-noise multi-channel waveform generators, low-drift tunable helical resonators, ultra-high vacuum-based experimental setup, and EMC-compliant mixed-signal multilayer PCBs.
• Developed firmware as well as control and data acquisition SW for validation and integration of in-house developed embedded and RF devices.
• Developed a real-time processor-based SCADA software for the quantum computing experiments and digital signal processing of the acquired signals.
• Integrated in-house developed devices into the Ion-Trap Lab at the University of Siegen (Siegen, DE), Quantum Sensors Lab at National Physical Laboratory (Teddington, UK), and Quantum Technologies Lab at Comenius University (Bratislava, SK).
• Developed application SW for simulation and data analysis of the experimental outcomes.
• Documented and presented the results in international conferences and peer-reviewed journals and transferred the knowledge to the team to progress further on their own.

• Integrated and commissioned a multichannel low-noise voltage generator in a cryogenic setup for quantum measurements at 10?mK, enabling precision measurements on superconducting qubit devices and validating its performance in highly sensitive quantum systems.
• Developed a bespoke signal distribution and termination interface to optimize hardware synchronization for highfidelity superconducting qubit experiments.
• Developed a Python-based communication library to interface with lab instrumentation, streamlining the integration of voltage control into cryogenic quantum workflows and enhancing operational efficiency.
• Documented and presented scientific results at international conferences and in four  peerreviewed journal publications, while concurrently transferring technical knowledge to the team to foster independent progress.

• Led the integration of a custom 24-channel low-noise electric field generator (EFG) with a precision ion microtrap array at the National Physical Laboratory (NPL), enabling advanced ion transport capabilities.
• Engineered the electronic interface between Siegen?s EFG and NPL?s microtrap system, overcoming configuration discrepancies and delivering robust hardware synchronisation.
• Developed LabVIEW-based control software tailored to NPL?s microtrap architecture, streamlining device operability and accelerating experimental progress.
• Demonstrated successful ion shuttling between trap segments, marking a significant improvement in microtrap functionality and validating the EFG integration.
• Contributed to European Metrology Research Programme initiatives, supporting collaborative efforts toward singleion clock systems and co-authoring forthcoming publications with international partners.
• Designed and developed a multilayer PCB-based signal routing interface, optimising output termination and distribution from the arbitrary voltage generator to support high-fidelity quantum measurements

• Spearheaded the full product development lifecycle, from concept to deployment, including defining system architecture, conducting component evaluation and selection, schematic capture, PCB layout, prototyping, validation, integration and commissioning of a 20-channel low-noise arbitrary waveform generator.
• Engineered high-performance EMC-compliant multilayer PCBs incorporating Microcontrollers, FPGA, CPLD, DACs, OPAMPs, SRAM, PROM, EEPROM, and digital isolators for robust signal integrity.
• Developed and verified embedded firmware and hardware control logic using VHDL, C/C++, alongside simulation and design tools such as NI Multisim, EAGLE, Xilinx ISE, MATLAB, and LabVIEW.
• Conducted extensive testing and validation using advanced laboratory test devices including signal generators, digital oscilloscopes, spectrum analysers, LCR meters, digital multimeters, and programmable power supplies.
• Contributed to intellectual property and scientific community through a granted German patent and a peer-reviewed journal publication, substantiating engineering innovation and research depth.

• Executed process optimisation and optimal operation of a UREA fertilizer production plant, including normal operation, maintenance/emergency shutdown and startup of the production plant machinery (high-pressure multistage compressors/pumps, reactors, exchangers, evaporators, etc.) according to ISO 9001-2000 SOPs.
• Oversaw the implementation of the Quality, Health, Safety, and Environment (QHSE) management system and fire prevention/fighting in the units of responsibility.
  

Taught the following undergraduate and graduate degree courses:

• Circuit Theory
• Digital Logic Design
• Electricity and Magnetism
• Software Quality Assurance
• Software Project Management
• Object-Oriented Analysis and Design using UML

Designed a UML based software for simulating the flight trajectory of rockets

Designed a Right Handed Circular Polarized Helical Antenna in the VHF range for tracking-free reception of signals of an earth observation satellite on the ground station

• Monitored, controlled, and optimized process conditions as well as performed maintenance/ emergency shutdown and startup of the urea fertilizer production plant according to ISO 9001-2000 SOPs.
• Ensured implementation of Quality, Health, Safety, and Environment (QHSE) management system in the units of responsibility.