Senior rf design engineer

•	Leading an engineering design team of 15 professionals in RF design and EMI/EMC simulation for Bosch automotive safety products in driver assistance systems
•	Design of Phased Arrays, Phase Shifters, power divider networks and MMIC integration of MIMO based long and mid range Automotive Radars 
•	High Frequency integration of RF components and RF Radar-Vehicle integration simulations at 77GHz
•	RF IoT product development and compliance support for Bosch products (TPMS, CLIMO and Ford NFC)

•	Designing of Antenna Arrays and Phased Array Antennas for 77GHz ADAS Automotive RADARs
•	Phase shifter, power divider network and passive component design and PCB HF integration at 77GHz
•	77GHz Radar-Vehicle integration simulation for Radar Ghost Target and Angular Error Estimation
•	24GHz aerospace collission avoidance phased array concept RADAR design for VTOL
•	RF product development and EMI/EMC failure analysis for Bosch iTram, TPMS, PK-NFC and MCMS

•	Design of 77GHz  antenna array systems for Bosch Gen-4 Automotive RADARs (LRR and MRR)
•	Design of  beam switching techniques for MIMO Radar
•	CompleteW-band Radar antenna array integration, analysis and optimisation with package and PCB
•	Competitor automotive RADAR array analysis and Radome integration
•	SBR based Radar-Vehicle integration simulation for company OEMs
•	TIS and TRP optimisation of Bosch micro climate monitoring system (MCMS) 
•	BLE and WLAN module matching network design and SAR optimisation of IoT products

•	Designing and prototyping of millimeter wave antennas in Silicon technologies for 60GHz WHDMI-communication device.
•	Designing of Tera Hertz on chip BiCMOS Antenna Array for 280GHz imaging Camera
•	Measuring and charecterisation of antennas in mmWave Anechoic Chamber at LETI, France.
•	EM CAD modeling and layout design of CMOS SoI array antennas and allied NMOS transistor control circuits 
•	Developed a on-chip CMOS multidiversity antenna & control circuit in 130nm SoI technology for high data rate WPAN communication
•	Millimeter wave reconfigurable SoP antenna design (European Commission Project)

•	Antenna and Microwave Integrated Circuit (MIC) Design course development and teaching
•	Responsible for hardware and software benchmarking, purchase and setting up of MIC laboratory test and measurement equipments

•	Design of RF/Microwave Antennas using Simulation and Prototyping 
             Majority of the antennas were for Laptops, Doppler Sensor RADAR and Wireless access points
             Worked for customers like Dell, Biancamed in Europe and USA.
•	Dell Inc Project: Designed a high gain 60GHz millimeter wave laptop antenna and investgated the propagation issues. 
•	Biancamed Project: Developed 2nd harmonic suppressed 10.525GHz PCB integrated tunable cavity horn for Doppler Sensor Radar
•	Documentation of anechoic chamber testing and analysis, writing technical reports
•	Research Project
            Designed a Reconfigurable single radiating element  pattern diversity antenna (published in IEEE)

•	Design of antennas using simulation and prototyping
	For European companies in Ireland and Germany
	Developed a compact omnidirectional high efficiency DECT antenna. 
	Developed UMTS Pico-cell Base Station Antennas with integrated PV Silicon cells.
	Designed tunable DVB-H patch antenna with chip inductors.
	WiMAX Base Station antenna for Alpha Wireless Ltd, Dublin, Ireland
	Developed a scheme to reduce EMI in PCB for Benetel Wireless & RF Solutions Ltd, Dublin, Ireland
	Designed 13.56MHz RFID tag antenna with a simplified matching mechanism for Realtime Technologies, Dublin, Ireland. 
	Design and feasibility study of flexible RFID tag antennas on PET substrates for  Steinerfilm GmbH, Germany
•	Worked as Consultant for Antenna Projects
	 LTE Base Station Antenna of Alpha Wireless Ltd, Dublin, Ireland
	Internal IFA and PIFA design in wireless sensor systems for HKC Ltd, Dublin, Ireland
•	Successfully developed new design schemes for antenna design on Silicon Solar Cell for autonomous communication systems. (SFI Ireland Project)
•	Developed integrated patch antennas on PV cells for building façade.
•	Developed transparent patch antennas on glass substrate.
•	Developed Beam Switching antenna with integrated PIN diodes for L-band applications
•	Developed dual band 2.4/5.2 GHz WLAN antenna integrated in flexible silicon cells.

•	Design, analysis, fabrication and testing of S and L band reconfigurable microstrip antennas
•	Worked in UGC, India research project to develop frequency reconfigurable antennas and beam steering leaky-wave antennas for short range communication systems.