SUMMARY:

• Proven talents in Electrical - Electronics Hardware Engineering, System Engineering Architecture and Engineering/IT management; digital/analog Electronics (Power, Integrated, Linear), digital integrated circuit design, analog/RF VLSI, Analog/Digital Signal Processing, Electrical Systems, Power electronics, microelectronics, Microprocessors and Microcontroller, Controls, and Satellite/Fiber Optical /Wireless Communication Systems.
• Analog/Digital/RF/Power Design: Prototype developments, analysis, testing, mathematical modeling and simulations design, design reviewing, schematic, PCB layout, validations / qualifications/ certification and safety characterization.
• Mastered in Rechargeable battery - prototype design, design reviewing, analysis and battery Component level testing, product/process evaluation, safety characterization of the battery pack, validation of the design of performance, product design certification/verification (battery- System level), and material selection.
• Proficiency with F unction/ signal/traffic generators, spectrum/logic/communication bus/network/ signal analyzers, oscilloscope, digital multimeter, data logger, caliper, hearing aid equipment, milliohm meter, digital indicator, battery voltage tester, dial indicator, panel and power meter, AC/DC Power Supply, RF switch , attenuator, TDR, VNR, BERT.
• Able to design radio frequency transmitters, receivers, synthesizers, filters and related RF circuits, LTE, CDMA, WCDMA, OFDM, GPS, Wi-Fi, WLAN, Ethernet, Wireless Standards and Bluetooth standard 802.15.And RFID.
• Experienced with TCP, UDP, DCCP, RTSP/RTP, HTTP, FTP, IMAP, DHCP LDAP, ICAP, RDP Protocols SNMP, USB, TCP/IP, CAN Open, serial communication protocols(USB, RS232, SPI, CAN, UART) and Gateway.
• Experienced with Mentor Graphics Board Station/PCB Design, and Cadence skill scripts, Caliber video excel, Integrated circuit layout Physical verification-DRC, LVS, ERC, XOR, and Antenna checks.
• Experienced in consumer electronics product development, FPGAs, EDA design tools and IC layout design techniques and verification methodologies. Worked on firmware for 8/16/32-bit microcontrollers and microprocessors.
• Demonstrated success with failure reporting, analysis and corrective action system (FRACAS), and Six Sigma (DMAIC and DMADV-DFSS), 5 Whys, Ishikawa diagrams, control charts, DOE, ANOVA, and RCA; & (FMEA-DFMEA/PFMEA).
• Extensive knowledge of the Control system using Lab View and PID Controller - Process Drive, Proportional Valve, Pump, Pressure Sensor, Temperature Sensor, Particle Detector, Ultrasonic Sensor, a laser sensor, flow sensor, thermal sensors.
• Strong Knowledge of Computer Security & Legal Issues, the Internet and wireless security, Information Technology Systems Development, Intranet Development and knowledge of the marketplace, Data Mining and, E-Commerce.
• Managing Organizational Conflict, Managerial Finance, Business Data Communications & Networking, Leadership & Team Development, Business-Legal, Ethical, Judicial, Marketing, Technology roadmap and Influencing Strategy Leader.

TECHNICAL SKILLS:

Operating Systems: Windows 95/98/NT/2000/XP, Linux, UNIX, Sun Solaris, MS-DOS

Programming / Languages: C, C++, GW Basic, Perl, HTML, DHTML, Tcl, Python.

Software & Tools: CCS Studio, Mat Lab, Cadence, PSpice, Mentor Graphics, Lab View, Orcad, Mathcad, VHDL, Visio, SharePoint, JTAG, Microsoft Project.

PROFESSIONAL EXPERIENCE:

Cisco Systems , Austin, TX

Senior Software Engi. (Manager EDVT

• Engineering Management - Maintains the organization's effectiveness and efficiency by defining, delivering, and creative supporting strategic plans for implementing information technologies.
• Project ownership, product life cycle development, planning, execution documentation from initial vision planning through the closing project, bring-up validation and production release test plans and software programs/ SW test scripts, protocols, for CHG Enterprise ‘ Electronics/Electrical design validation/verification and testing’ ; Work ed in Entire Product Lifecycle: SDLC & HDLC large-scale cross-functional hardware programs for DVT cycle.
• Core member of Cisco Enterprise Switch groups of e nd to end NPI product life cycle test strategy for EDVT (EVT/DVT/PVT): Define vision and testing cases requirements; define test plans and test frameworks, implement test cases, test procedures, test development, build test solutions, test fixture, test setup planning, and preparation UUT with network test equipment and test development tools at build test benches and in thermal chamber at various environment for EDVT Test automation and manual execute test runs on 2K/3K/4K platform dependencies.
• Monitor test and report failure, Apply sharp troubleshooting talents toward executing testing, debugging defects, (EMC, signal integrity, thermal, mechanical, electric, vibrational, ODVT/ PHY, Power and manufacturing issues) tracking failures through to resolution, and data.
• Working on experience integrating and embedded networks hardware’s including industrial gateways, routers/ Routing Protocols, wireless, switches/switching, probes/Taps, terminal servers, AC/DC source, Selector box, Oven, Ixia/Spirent traffic generators/analyzers testing L2, L3 Protocols, IEEE 802.x protocols, TCP/IP, LAN, WAN, WLAN, QoS protocols, Ethernet multicast protocols ipv4, power over Ethernet testing, Straight/Cross/Fiber Cable & its rack, SFP1/10/ 25/40/ 100G.
• Driven data mining, manipulate complex data, collaborate with all test teams to collect data from all sources, d ata analysis of logs, present project status for Core Team (CT)/ Engineering Team (ET) and test report preparation, stored and maintaining associated documentation, highlight schedule risks, identify risks open CDETs . Responsible for the assigned Enterprise Switching product portfolio EDVT full life-cycle, DVT review of (P1/P2/ Pre-Pilot to FCS), and EDVT schedule develop recovery plans of project slip.
• Keen awareness of Computer Security, the Internet and wireless security, Information Technology Systems Development, Intranet Development, and knowledge of the marketplace ; and Project management and motivate diverse team development and support current production designs including quality improvements, cost reduction, electrical power conversion and Multi-functional Lead Development.
• Proficient in managing firmware hardware version upgrades for the installed base integration, software diagnostics images, kernel OS architectures, bootloader, IOS images upgrade, and software programs & protocols development testing.

Confidential, Austin, TX

Hardware Engineer

• Bring-up validation and production release test plans and software programs, protocols, and revise existing plans and Bring-up validation and production release test plans and software programs, protocols, and revise/ reviewed existing plans and protocols if required for Electronics design validation and testing (EDVT) follows internal and agile methodology.
• Mastered in product/process evaluation, safety characterization, validation of the design of performance, product design certification/verification, Design for Manufacturing ( DFM ) and Design for testing ( DFT ) .
• Monitor test and report failure, Apply sharp troubleshooting talents toward executing testing, debugging defects, ( EMC, signal integrity , thermal, PHY, manufacturing issues) tracking failures through to resolution, and data.
• Collect data from all sources, analyze, and report preparation, stored and maintaining associated documentation.
• Define EVT/DVT/PVT test requirements; implement test cases, test setup planning, build test fixtures and development of the unit under test and network test equipment in thermal chamber and different environment temperature, humidity/stress .
• Support current production designs including quality improvements, cost reduction and electrical power conversion (AC&DC)- Battery charging, switch-mode power supplies(SMPS), UPS- battery/flywheel backup, low dropout linear regulators(LDO), Power source selection, Voltage scaling, Power sequencing, load-switches.

Confidential , Bethel, CT

Sr. Electrical Engineer - Research & Development (TPM)

• Actively contribute to all aspects of R&D operations with an emphasis in Rechargeable Battery and Electronics /Electrical systems- prototype design, design reviewing, analysis and testing, product/process evaluation, safety characterization, validation of the design of performance, product design certification/verification, mathematical modeling, and material selection, and Support and supervise device development from initial stage to final release.
• Demonstrate excellent versatility in Maccor lab, Device Lab, and Vibration/Life/shock test lab with Solid skills in National Instrument (NI) measurement and automation, and Perform PCB schematic functional testing, layout and soldering.
• Create test plans and software programs, fixtures and protocols, and revise existing plans and protocols if required for Electrical design verification and battery validation and verify international standards.
• Apply sharp troubleshooting toward executing testing, as technical program manager (TPM) implementing End To End Test Strategy, debugging defects, solve problems, product engineering tracking failures through to resolution, and collect data from all sources, analyze test data, created test and yield reports, stored and maintaining Product Documentation.
• Carefully inspect system operations of the battery such as analog/digital signal and functions, leakages, data error, load condition, thermal limits, impedance criteria check, charge conditions.
• Research and investigate electronic hardware components for obsolescence issues, alternates, cost, environmental characteristics, and revisions, and Support Product Operations Quality organizations about component quality development .
• Managing new design engineering projects and demonstrated success with failure reporting, analysis, and corrective action system for production and field issues. Articulate manufacturing test flow (SMT, parametric, functional, ICT, manufacturing test strategies and MFG test automation frameworks.
• Hands On experience with OEM/EMS/CEMs/ODMs/CM (contract manufacturing) partners and excellent knowledge of process improvement techniques Cp, Cpk, Pp, Ppk, R&R and Statistical Process Control (SPC) support the production of the battery for lean manufacturing improving quality, reducing process variation, cycle time and cost down initiatives.
• Seamlessly interface with cross-functional teams, marketing, manufacturing, product, research, firmware, software & hardware engineering, testing, reliability, mechanical, component, supply chain, value & systems engineering, vendors and suppliers to identify new parts, components, and devices necessary to meet user needs and products extensions plans.

Confidential, Bridgeport, CT

Graduate ­Research Assistant

• Conducted multiple projects in DSP Lab encompassing filtering, modulation schemes, speech processing, and spectrum analysis, and applied DSP algorithms for real-time performance with floating point DSP chip (TMS320C6713, TMS320C55X) using C compiler.
• Designed and tested superheterodyne receiver which used a fixed intermediate frequency.
• Analyzed and troubleshot analog/digital control circuitry and effectively utilized Mat Lab R2011 Signal Processing Toolbox simulation tool.
• Fiber optic transmitter and receiver circuits for both Analog and Digital Transmission designing and testing, and Strong experience with fiber optic hardware, fiber properties, sources, detectors, splices, and connectors.
• Demonstrated proficiency with the fundamentals of discrete-time signals systems (Sampling, Z-transform, transfer function, frequency/impulse response, ‘A/D, D/A, OE, EO Converters’, FIR/IIR filters, DFT, FFT, PWM, CODEC, Mixed Signals).
• Performed Experiments on Internet Protocol suite TCP/IP, and mastered in multiplexing techniques such as analog modulation, statistical multiplexing, and circuit mode.

Confidential

Chief Electrical Engineer (R &D)

• Analog/Digital/RF/Power Design: Prototype developments, design, design reviewing, analysis and testing, mathematical modeling and simulations, schematic, PCB layout, validations /qualifications, safety characterization and certification.
• Duties include developing circuit topologies and performing circuit simulation of CMOS integrated circuits including AC-DC/DC-DC power supply converters, low-noise amplifiers, power amplifiers, frequency mixers, VCOs, frequency multipliers, power detectors, switch mode power supplies, low dropout regulators, Voltage Regulators, Power source selection, Voltage scaling, Power sequencing, load-switches.
• Design, develop, testing and analysis of high to low voltage Electrical Machines (Generator, Alternator, Motor, Transformer), and accurately interpreted test results from Motor Controller, Transformer, Inverter, and Converter.
• Experienced in hardware system development cycles, and contributes to select best Circuit design as standard performance and send to very large manufacturing by OEM as production limits.
• Performed the first-level investigation of customer complaints and product failures, and collaboratively compiled design Impact Assessment, Action Plan, and Risk Mitigation Plan.
• I am familiar with NFPA, and NEC standards and regulations. I have working experience in electrical testing as ANSI, UL safety standard, and FCC & CE Certification, and Experience with IEC/ISO standards and regulations.
• Drafted documentation such as technical instructions, engineering plans, and technical designs, and Generate BOM/ECR/ECO creation & submission, Complete understanding and working knowledge of engineering documentation (schematics, component data sheets, footprints, RoHS, etc.) and standard document control practices.

Confidential

Electrical Engineer (Inter)

• Electrical/Electro-Mechanical Design Prototype research and developments, testing, validations and device characterization.
• Prepare design documentation, requirements specifications, and PCB models and Perform PCB design testing and analyze test results, and ensure PCB functionality, quality, and reliability.
• Documentation for validation test plan and generate engineering documents. Provided training to technicians and lab staff, with manage inventory and shipping.
• Working with different design engineers and follow the test procedures guidelines of bring-up Prototype and Testing Prototype bring-up plan, and troubleshooting toward executing testing of electrical, HVAC, hardware, mechanical design issues, debugging defects and tracking failures through to resolution.
• Responsibilities for design criteria, performing design calculations, control schematics, plans, and specifications.
• Determining the size of cables, panels, circuit breakers, Power Load Analysis, Voltage Drop, calculations.