Ofir Shefer Shalev verfügbar

Ofir Shefer Shalev

Senior FPGA Entwickler

verfügbar
Profilbild von Ofir SheferShalev Senior FPGA Entwickler aus Hamburg
  • 22457 Hamburg Freelancer in
  • Abschluss: nicht angegeben
  • Stunden-/Tagessatz:
  • Sprachkenntnisse: deutsch (gut) | englisch (verhandlungssicher)
  • Letztes Update: 05.08.2019
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CV - Ofir Shefer Shalev

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SKILLS
Professional profile:
Resourceful and experienced Electrical Engineer with an impressive track record of operating in the field of FPGA systems design. Engages in a strong professional development, accruing a vast array of technical proficiencies to augment over 18 years’ engineering experience; from Python to Altera Quartus to RF design. Adept at supervising diverse engineering teams in the successful completion of demanding and complex initiatives i.e. prototyping of the intel® RealSence™ 3D Camera on a Virtex7 FPGA. Multi-skilled, dynamic and passionate exponent of reverse engineering with a penchant for problem solving and mastering new skills.

Career summary:
2015-Today
DESY
Senior FPGA Engineer
 Developing an innovative system for the control of Particle-Accelerator-Magnets, incorporating 10 dynamic-reconfigurable areas on a single Zynq FPGA
 Performing the complete design, verification and implementation of the new generation of Particle-Detectors using a Zynq7000 FPGA. The Detectors receive data at a rate of over 30Gbps, and send it to the host over 10G Ethernet
 Creating and maintaining the FPGA build-flow-automation scripting environment in Python and TCL
 Building and maintaining the Embedded-Linux distribution (using Yocto), as well as writing the Linux-Drivers of the Programmable-Logic units
 Conducting extensive hands-on in-lab testing using Xilinx Chipscope and electronic test instruments (oscilloscope, logic-analyzer etc.)
 Functioning as a mentor to other FPGA engineers in the Institute, providing professional guidance, review and assistance with debugging of complex issues.
 Performing a wide range of technical duties on a regular basis, from writing documentations and user manuals for both HW and SW to coordinating effectively with Firmware, PCB and System teams etc

2015
APPLE CORPORATION
FPGA Engineer
 Responsible for the prototyping of a high-speed Imaging IP on a Xilinx Virtex7-2000 FPGA.
 Involved in the prototyping of other IPs using the HAPS-60 and HAPS-70 prototyping platforms.

2012 – 2015
INTEL CORPORATION
Senior FPGA Engineer
 Supervising a team of 3 FPGA engineers in the development of intel® RealSence™ 3D Camera's FPGA prototyping system to a tight deadline (MIPI D-Phy interface)
 Overseeing the meticulous definition and review of design constraints to achieve timing closure on a high-speed multiple asynchronous clock domains design
 Directing all activities associated with the partition of the ASIC design into 2 Xilinx Virtex7 FPGA boards, whilst designing additional Xilinx Spartan6 FPGA systems for the camera's testing boards
 Prototyping of the 2D-Camera imaging IP on HAPS-70 platforms (MIPI C-Phy interface)
 Successfully registering a reduction in debug count as well as increasing QOR via the integration of the FPGA design into the ASIC's UVM verification environment

2000 – 2012
GOI
2007 – 2012
FPGA & Embedded Software Engineer
 Presiding over the analysis and routing of SATA communication between multiple storage systems as part of the high speed Xilinx Virtex5 FPGA system design
 Overseeing the successful completion of several other projects on Altera FPGA’s
 Managing the end to end development of Embedded software
 Developing for numerous microcontroller types (ARM Cortex, Cygnal, TI, DSPic etc) and in numerous design environments (Keil, IAR, TI CodeComposer, Eclipse etc.)
 Performing reverse engineering of embedded software
Page 2
2000 – 2007
Senior Antenna Engineer
 Supervising a group of 4 antenna engineers as the Head of Antenna Research, designing a host of antennas (wire, microstrip, wide & multi band, reflector etc.) for innumerable projects
 Gaining extensive experience in the design of RX chains
 Performing antenna simulations using Zeland IE3D, Microwave Studio CST and TICRA GRASP8 etc.
 Overseeing the development and coaching of other team members, devising and implementing new methods and design tools as part of the learning process
 Refining skills in areas such as in-lab and on-field RF and Antenna measurements using test equipment (Network Analyzer, Spectrum Analyzer, Oscilloscope etc.)

1998 – 2000
RAFAEL
DSP Engineer
 Developing a Matlab program to read processes and to display RADAR signals, whilst implementing tracking and identification algorithms
 Identifying and eliminating various critical bugs in an existing program

Key IT Skills:
HDL: Verilog, VHDL
Languages: C, Assembly, Matlab
Scripting: Python, TCL
FPGA: Xilinx, Altera
Design tools: Xilinx Vivado&IDE, Altera Quartus Synopsys Synplify-Premier, Certify, ProtoCompiler
Simulation: Modelsim, VCS, Verdi
Revision Control: SVN, Git
OS: Linux, Windows
Microcontrollers: ARM, Cygnal, TI, DSPic etc.
 Reverse Engineering: IDA pro, OllyDbg
PROJEKTHISTORIE
1. A remote project implementing a complete wifi 802.11agn PHY in an  FPGA including:
* Implementing the 802.11agn PHY TX & RX layer (qualization, frquency offset correction, de-/encoding, de/modulatoin, packet detection etc.).
* The packets are sent/received to/from the host via FX3-USB3 device over VITA protocol.
* To allow for smooth communication, a part of the MAC layer was also implemented, so ACK messages could be automatically generated and transmitted whenever necessary in the time frames described by the standard.
* Reduced project costs by successfully implementing dual channels on a low-cost Xilinx Spartan-6 FPGA.
* development of a full-chip verification environment in SystemVerilog utilizing OVM/UVM methodology, and comparing the results with a python 802.11 mathematical model. 
* development of a fully-automatic TCL based scripting environment for the FPGA synthesis and implementation.
* version control in SVN
* Lab testing and support in integration and SW driver development on the host.
 
2. A part-remote-part-onsite project of a high speed imaging system:
* development of a high speed imaging system receiving image information from 12 sources in parallel, and sending it to the host via 10g-KR Ethernet optical link.
* Incorporating a micro-controller system in the FPGA for configuration and control, communicating with the host over 1g Ethernet 1000BASE-T link.
* Development of the microcontroller's bare-metal c code.
* development of a full-chip verification environment in SystemVerilog utilizing OVM/UVM methodology.
* development of a fully-automatic TCL based scripting environment for the FPGA synthesis and implementation.
* version control in Git
* Lab testing and cooperation with the SW and HW team.
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