
brian myrick
electrical engineer ii
About
Principal Hardware Engineer with extensive FPGA and board design experience. Familiar with all aspects of the design process from requirements to development, test, and integration. Proven track record of delivering complex products on time and within budget. Core Competencies Writing detailed specifications In-depth knowledge of the Xilinx, Altera, and Lattice tool suites Verilog and VHDL coding Simulation Design Verification Synthesis Static Timing Analysis Perl scripting Python scripting Linux scripting FPGA bring up In-depth knowledge of the Cadence Allegro tool suite Specifying components Circuit design Schematic capture PCB design with constraints Board layout Hardware validation Lab debug Signal Integrity Knowledgeable in the use of oscilloscopes and logic analyzers
united states
boston
computer networking
fpga, asic, verilog, vhdl, verification, synthesis, timing analysis, debugging, xilinx, altera, lattice, perl, xilinx ise, altera quartus, lattice diamond, embedded systems, telecommunications, ethernet, pcie, amba ahb, cadence, synopsys, schematic capture
Experience

senior electrical engineer
raytheon

hardware engineer
cisco

consulting engineer
mayflower communications
Designed an AMBA AHB interface and a general purpose External Bus Interface.

consulting engineer
sentech
Designed an FPGA with an embedded processor, an SRAM controller, a visible camera controller, an IR camera controller, and an azimuth controller.

consulting engineer
teradyne
Designed a high speed DDR SRAM interface that allowed the automatic waveform generator (AWG) card to meet the 6GHz performance goal. Performed post-layout timing analysis using Quartus II. Designed the programming interface for the AWG FPGA. Involved making trade-offs between hardware and software complexity. Verified the AWG and LFN FPGA’s using VCS and Debussy. Involved debugging verilog and C++ code.

principal hardware engineer
appian communications
Designed and debugged the packet classification and packet scheduling FPGAs for an Ethernet to Sonet/SDH multi-service switch. Developed algorithms for packet scheduling. Required knowledge of various packet scheduling concepts including, but not limited to guaranteed v. best effort scheduling, priority scheduling, WFQ, token buckets and differentiated services (QOS). Developed algorithms and data structures for packet classification. Required knowledge of the services being offered by the product, network protocols and packet formats, including Ethernet, Frame Relay, PPP, MPLS, VLANs. Involved analysis of performance and scalability of various architectures.

electrical engineer ii
raytheon ids

principal hardware engineer
crossbeam systems
Designed and debugged the transmit path between an 8 lane PCIE interface and 4 FOCUS bus connections using Synplicity/Synplify, Altera Quartus, Stratix II EP2SGX90. Designed and debugged a content scanner (CSF) FPGA using Synplicity/Synplify, Altera Quartus, Stratix II EP2S130. The CSF FPGA included a 200MHz DDR2 SDRAM interface, and a 200MHz ZBT SRAM interface.
Education
worcester polytechnic institute
worcester polytechnic institute
electrical engineering
boston university
software engineering
brian myrick's Contact Information
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