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AKRAM SIDDIQUI

315 Candlewood Place, Richardson, TX. U.S.A.

469.215.6644 (M); 469.495.0598 (H); 469.418.2768 (W) jennifer_siddiqui@hotmail.com

DSP/FPGA DESIGN ENGINEER

A senior design engineer with a keen interest in wireless product development; 10+ years of DSP industry experience including work with Cisco/Navini and Nortel Networks; Canadian citizen eligible for TN Visa status; Seeking a challenging position in an organization that provides technical challenges along with ample opportunities to grow and improve analytical, intellectual and managerial abilities.

WIRELESS SYSTEMS

Design, Develop, Test and Validation of Digital Wireless Systems

(WiMAX, , WLAN/OFDM, 1xEV-DV/DO, cdma2000,IS-95 CDMA,GSM).

                   DSP                        

Design and Implementation of DSP algorithms for Wireless Systems using FPGAs and DSP chips.

SOFTWARE/Instruments

Xilinx tools (System Generator, Project Navigator etc.),

Altera tools (Quartus II, SOPC, DSP builder, Advanced DSP Buider etc),

MATLAB, SimuLink (Real Time Workshop, Fixed point, Communication, DSP  block sets etc.)

ModelSim, OPNET. C, C++,VHDL, Verilog, LabVIEW

Vector signal Generator,Vector Signal Analyzer, Logic analyzer, Spectrum Analyzer, NI hardware.

SKILLS

• Current experience involving defining, developing function requirements/specification, designing, and implementation of OFDM based BTS/modems PHY functions using FPGA-DSP processor based platforms.
• Strong FPGA  design/implementation experience involving MIMO/Beamforming, FFT, digital filtering/decimation/ interpolation,  FEC (Viterbi / CTC), Synchronization. Timing closure, resource optimization, design portioning, timing constraints.
• Experienced working with XST, VHDL, XILINX ISE TOOLS, Matlab, Xilinx System Generator, Altera Quartus TOOLS, SOPC, DSP Builder/Advanced DSP Builder and Simulink.
• Trained in wireless communication systems performance evaluation (simulation, field/lab testing), Advanced Internet Technologies, Simulation and Modeling, Traffic and Switching Theory for Broadband Networks.  Digital Signal Processing, Digital System Analysis and Design, Digital Signal Processing, microprocessor, software and applications.

EXPERIENCE

DSP-FPGA Engineer, Cisco Systems, Inc., 06- present

• Designed, implemented, integrated the baseband functionalities (e.g. MIMO/Beamforming, FFT, Viterbi/CTC decoding, interfacing with DSP chips) for 5 MHz WiMAX base-station, and modems comprising Xilinx FPGAs. Executed timing closure and resource optimization activities. Wrote Hardware functional specification/design specification/test cases.
• Defined, developed specifications, designed, integrated/tested baseband functionalities (e.g. front-end multi-rate filtering, FFT/channel decoding, and MIMO/Beamforming) of 10 MHz WiMAX base-station comprising Altera FPGAs. Designed Channel estimation and equalization modules. Wrote Hardware functional specification/design specification/test cases.
• Performance evaluation/improvements of Beamforming/spatial streams features of 802.11n WLAN APs. Involved in hardware and algorithm selection for 802.11n based systems.. Designed and implemented prototype of uplink./downlink WLAN PHY functionalities (Coarse/fine timing/frequency offset,Beamforming, FFT/IFFT, construction of WLAN PHY frames etc.). Wrote Hardware functional specification/design specification/test cases.

AKRAM SIDDIQUI                          DSP/FPGA DESIGN ENGINEER                                      – page 2

DSP System Developer, Computer Arch. Research Group, (University of Ottawa), 04 - 06.

Implement WiMAX using FPGA-processor and multi-processor based platforms involving the design and implementation of digital communication/DSP using FPGA/DSP processors and Digital Oscillators. FIR / IIR Digital filters, Pulse shaping filters, Digital Down-converters, digital baseband carrier/symbol timing synchronization.

Application Engineer, Interactive Circuits & Systems, 01 - 03.

Developed simulation models containing base-band and band-pass processing of digital communication systems based on the cdm2000/ 802.16 OFDM standards and DSP algorithms; Converted the simulation models and algorithms into hardware realizable system models; implemented and integrated the system models using the onboard FPGA /PDSP; performed testing and validating of the end product using test equipment including signal generators, fading simulators, spectrum analyzers, oscilloscopes, logic/network analyzers.  

Projects included:

Radio configuration 4 of CDMA 2000 physical layer. 802.11 OFDM based physical layer. Physical layer of the U.S. Digital Cellular System (IS-136). AM /FM transmitters and receivers. Digital Down-converters with decimate-by- 2 and decimate-by- 4 FIR filters. FFT/IFFT Algorithms. Pulse shaping filters and digital modulation techniques. LMS Equalizer. Digital base-band receiver synchronization modules.

Digital System Designer, Nortel Networks, 00 – 01.    

                                 

Executed test plans to characterize the performance of the radio configurations of CDMA 2000 (1Xxrtt) under AWGN and different fading environments; Executed test plans to verify the power control functionality for fundamental and supplemental channels; conducted testing to characterize the performance of convolutional and turbo coders for various data rates.; Used spectrum analyzers, network analyzers, code domain testers, and LabView.

Research Assistant, Carleton University, 99 - 01.                

                                                               

Evaluated the performance of voice over IP over wireless service in 3G (1xEV-DO) CDMA systems with High-speed packet data transmission techniques and proposed scheduling algorithms; Evaluated the performance of voice over IP service with the proposed Internet model and protocols to support real-time applications using C and OPNET; Proposed changes in specified scheduling rules to improve delay performance of VoIP service; Conducted a research using simulation to prepare a feasibility report on reliable point-to-point long distance wireless communication system based on 802.11 OFDM standard; Conducted a research study to explore the coverage enhancement using MIMO technology.

Digital Systems Engineer, People Engineering Works, 93 - 99.

Developed programmable microprocessor based thyrister-controlled DC drives, developed a micro controller based Arm Position control system and developed a micro controller based control system; Designed a PLC based electrical control system and wrote software programs in C for real time data acquisition using PCI boards; Coordinated with the foreign experts to execute installation and commissioning of Electrical switchgears, Transformers, Protective relaying and microprocessor/ micro controller/PLC-based electrical/Hydraulic control systems; designed and installed LV/MV power distribution, lighting equipment, and PLC motor controls including MV/LV cables, switchgear, MCC and protection equipment.

EDUCATION

·         M.S. System and Computer Engineering, Carleton University, Ottawa, Canada.

Thesis: Voice over IP over wireless using proposed wireless resource management scheme for 1xEV-DO.

·         B. S. Electrical Engineering, N.E.D University, Pakistan

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