Antelliq innovation center is the world’s leading animal intelligence group, providing world-class devices for animal identification, traceability and health monitoring. Antelliq is part of Merck (MSD outside the US)In my role I’m responsible for leading the HW development of multidisciplinary systems including digital design of MCU & SOC environment, sensors and wireless communications (WIFI, BLE, LTE, ZigBee), analog design of micro-power battery driven products, sampling/measuring circuits and RF front ends. I’m also lead HW development of production line test stations.My expertise includes the complete electronics design cycle from a high-level requirements document to a functional certified product including the HW architecture specifications, system level considerations and benchmarking for chipset selection, board design, mechanics and certifications considerations and product transferring to mass production. I’m experienced with projects involving outsourcing vendors, consultants and ODMs.

Leading the HW design team of the electric vehicle charge spot. Responsible for the complete electronics design cycle from a high level requirements document to a functional certified product including the HW architecture specifications, the board design and the programmable devices firmware design. Experienced with both digital and analog circuits design including CPU environment, sampling/measuring circuits design, various serial communication interfaces, wireless module (GSM) board design, discrete power supply, power line communication board design (PLC), EMC & Safety considerations. Experienced with projects involving outsourcing vendors, consultants and ODMs. Experienced with production line test stations hardware and diagnostics software development.

Board Design: High-end Power-PC and FPGA based processing card. High speed design of DDR2, DDR2 Dimm, PCIe, SPI 4.2 and RGMII/SGMII interfaces. Complete hardware design from the HW architecture & specifications phase to the bring-up, integration with other boards and software. Co-ordination and involvement with Signal Integrity, thermal and mechanical engineering and manufacturing support. Logic Design: CPLD design for the high-end Power-PC and FPGA card - from specification to integration on a complete functional board. Develop verification environment using System Verilog assertions.

Board Design: OC-48 and GBE NICs (Network Interface Card) design including specifications, component selection, schematics, layout guidance and monitoring, bring-up, integration with SW Logic Design: FPGA design for OC-48, GBE and FE NICs. Including specification, coding, building verification environment, synthesis, P&R, integration with SW and other HW.