Resume 13

• Development of real-time embedded systems utilizing microprocessors and microcontrollers
• Implementation of LAN/WAN/VoIP/Fax protocols and DSP algorithms
• Firmware design/development for advanced modular telephones
• Host/DSP communications interface, device drivers design and implementation
• Key contributor in all stages of product development from concept to implementation
• C, C++, Assembler and DSP programming
• RTOS and Development tools including In-Circuit Emulator & Debugger
• Excellent communication, leadership, analytical and problem solving skills

• Embedded hardware and software solutions for converged network communications
• Developed Applications Programming Interface API software for H.323 conferencing applications
• Developed, implemented and tested firmware for T1 / E1 programmable Single-Chip Transceiver
• Worked with VME and compact PCI bus interfaces

• Software development for voice-data integrated access device
• Software integration for data and voice applications
• Designed, developed and implemented T1 driver software
• Developed interfacing applications with Multi-link PPP WAN protocol
• Implemented inter-processor communications
• Implemented protocol stacks and state machines : H.323, MGCP, CAS

• Voice over IP applications software development
• Implemented Media gateway and Signaling gateway protocols
• Designed and implemented communications between Host processor and DSP
• Implemented Transparent Common Channel Signaling protocol
• Worked with TCP, UDP, RTP, RTCP applications
• Participated and contributed to architectural design discussions

• Developed call processing and ISDN signaling for Voice networking
• Supported DSP features : modem, fax relay, echo canceller
• Designed, developed, implemented and tested Signaling DSP driver

• Firmware design and implementation for Caller ID, Call Waiting phones
• Developed telephony and user interface for Two-line ADSI screen phone
• Designed and implemented stutter dial tone detection feature

• Investigated different protocols for home automation systems
• Designed an intelligent residential lighting control system prototype using EIA s CEBus standard

• Led and managed software development of automation and telecommunication systems
• On work assignment at ABB Power Systems, Sweden for 6 months project on software design and development of digital control systems using a real-time simulator
• Modeled, simulated and tested an arc furnace flicker controller
• Implemented bit-bus controller using ISDN HDLC protocol

• Developed a real-time digital adaptive controller based on recursive least squares identification and pole shifting control

• Doctorate Ph.D. degree in Electrical Engineering University of Calgary, Calgary, Canada
• Masters degree in Electrical Engineering Indian Institute of Technology, New Delhi, India
• Bachelors degree in Electrical Engineering University of Mysore, Karnataka, India