R&D Telecommunications - Radio Frequency Engineering / Antenna design. Matlab, Ansys HFSS, Measurements, ...

Executive Summary
Electrical/telecommunications engineer with expert knowledge in the elds of radio frequency engineering, signal processing, and biomedical engineering:

• highly structured, well-timed, and output oriented working style
• extrovert personality with strong customer orientation
• organisational talent with project management skills

Qualication Summary
Radio frequency engineering (HF, UHF & EHF) and signal processing:

• Extensive Matlab prototyping experience (visualization and animation, measurement automation, system simulation, antenna simulation, signal processing, data analysis, compilation and COM objects, . . .
• Radio frequency measurements (13.56 MHz to 81 GHz) with vector network analyzer, spectrum analyzer, oscilloscope and impedance analyzer, including automated control using Matlab and SCPI
• Measurement of phase drift and phase calibration of 76 GHz automotive radar Multi-MMIC system, hardware setup with active and passive WR12 components, measurement automation
• Electromagnetic eld simulation and optimization with Ansys HFSS using .vbs scripts and Matlab
• Antenna topologies and parameters, coupling and scattering eects, and minimization techniques
• Implementation of ecient partial element equivalent circuit code for RFID/NFC antennas in Matlab
• Experience with inductively coupled RFID systems (antenna analysis, nonlinear IC impedance characterization, international standards ISO/IEC14443-1 and ISO/IEC10373-6)
• Realization of numeric approximations of the mutual information in cellular networks with MIMO and interference alignment

Biomedical engineering:

• Experience in the eld of biomedical applications due to personal interest and various previous projects, in particular related to electrical and radio frequency engineering
• Expertise on the interaction of electromagnetic elds with human tissue and regulatory limits, with the control of prostheses with multiple degrees of freedom based on electromyogram signals, and with the transcutaneous energy and data transmission for a total articial heart

Additional Information

• Computer knowledge: Matlab, HFSS, C, Windows, Mac OSX, Linux, Oce, Latex
• Participant of TUtheTOP, the high potential program at Vienna University of Technology (Accenture, IBM, Verbund)
• INiTS award for innovative scientic work (3rd place) for master's thesis
• European business competence license EBC*L A (company goals and benchmarks, balancing, cost accounting, economic law)
• Swiss and Italian passport

Internships

07/2005 - 09/2005 and 2006

• Inneon AG, Villach, Austria
• Engineering/Research Internships - Department for Technical Marketing/Technical Development:
  
  • Effciency evaluation of switched mode power supplies with SiC diodes.
• Analysis of gate oxide degradation caused by CF4 for whisker growth on passivation layer.