Dr. Johannes Stegner

• Application and integration of antennas • Implementation of architecture and interface considerations for receive systems in vehicles • System design for receive systems with suppliers and customers • Assessment of technical concepts under consideration of new technologies, regional customer requirements and legislation • Technical antenna development with suppliers and customers, as well as integration into the vehicle • Creation of specifications

• Technical and disciplinary management of the development department and the laboratory • Close cooperation with the sales, administration, production and service departments • Participation in the direction and strategy of the company • Conception and implementation of technical innovations to support the corporate strategy in the medium and long term • Screening/assessment of technical applicants at job interviews • Application, supervision of funding projects • Customer support, technical sales

• High-frequency circuit design, simulation and layout on Rogers substrates and FR-4 up to 26 GHz including aluminum housings • Measurement and characterization of HF circuits and modules (operating points, S-parameters, noise, non-linearity) • Application, supervision of funding projects • Managerial and administrative activities in the development department • Communication with customers, technical sales support • Representing the company at conferences and trade fairs

RF and Microwave Research Laboratory • Integrated CMOS circuit design up to 1.9 GHz • Design, analysis and modeling of piezoelectric MEMS resonators • RF circuit design on LTCC • Linear and non-linear RF measurements • MATLAB measurement data evaluation and modeling • Supervision of the vacuum wafer prober measuring station • 19 publications at specialist conferences and in renowned specialist journals (10 of them as main author) • Teaching students in lectures, seminars and lab trainings

Electronic circuits and systems laboratory System design of an ethernet controller, commissioning and testing of a semiconductor IC manufactured as part of a research project, seminars in the subjects "Fundamentals of Circuit Technology" and "Synthesis of Digital Circuits"

Design of a VHDL bus master for a XHIF (External Host Interface)

Design of low-power logic gates

Electronic circuits and systems laboratory, seminars in the subject "Fundamentals of circuit technology"

Basic internship

Basic internship

Grade: summa cum laude Field of Science: Multiphysical RF Systems, Dissertation: "Multi-Physical Design of Hybrid-Integrated MEMS Oscillators on Silicon-LTCC Substrates"

Grade: 1,0 Specialization: analog CMOS circuit technology, radio frequency technology, packaging and assembly technology, 2014/09 - 2015/02 Master's thesis: "Design and Optimization of a Passive long-range UHF RFID Tag Frontend for Extremely low Input Power"

Grade: 1,3 Specialization: digital and analog circuit technology, electronics and semiconductor technology, 2012/12 - 2013/03 Bachelor thesis: "Development of a NAND Controller to Increase Data Retention and for Reorganization of the NAND Blocks Including FPGA Validation"