Dr. Alexander Kaineder

Test development for a 24GHz utomotive radar chip set on silicon-germanium (SiGe) technology and test concept for a 60GHz antenna in package (AiP) radar system for gesture sensing Responsibilities and accomplishments: Test-development for component verification (CV) and backend (BE) test, correlation and validation of results regarding specification, feasibility study for automated BE tests of AiP radar products

Application engineering for a 77GHz automotive radar chip set on silicon-germanium (SiGe) technology Responsibilities and accomplishments: Creation of chip specifications and data sheets, design of test and evaluation boards for bare-die assembly of monolithic microwave integrated circuits (MMICs), design and simulation of 77GHz passive structures on printed circuit board, technical customer support, concept engineering for next generation automotive radar applications

Project manager for research and development of the local position measurement technology (LPM) Responsibilities and accomplishments: Creation of system concepts, generation of implementation proposals, implementation of components, coordination of external partners, assembly and test of the system components, installation and start-up of prototype systems, redesign of components in terms of mass production, back-end testability and electromagnetic compatibility (EMC)

Firmware development in the field of digital subscriber line (xDSL), implementation of driver software in single pair high bit rate digital subscriber line (SHDSL) systems Responsibilities and accomplishments: Generation of driver software for the compression of 12 integrated services digital network (ISDN) lines to one SHDSL, start-up of the hardware including the processor platform, test and development of driver components, check of conformity to telecommunication standards

Integration of a 77GHz radar transceiver to a system in pack-age (SiP) with integrated frequency multiplier and an antenna in package (AiP). Design of a frequency multiplier MMIC with a multiplication factor of 18 on SiGe technology, design and simulation of the AiP and the SiP

Microelectronics, hardware design, radio technology, radar technology, signal processing