Maxim Zaporozchenko
 Cell : 054-5325201       |       E-mail : maximzap@gmail.com

                                                       ASIC/FPGA Designer



                                              PROFESSIONAL EXPERIENCE
2011 - now        Back End engineer, “Marvell”

                       Experience in full Backend flow From Synthesis through P&R and static timing environment
                        build and verification as well as physical DRC/LVS verification concluded by approved
                        tapeout quality layout.
                       Experience with Static timing analysis- Synopsis (PrimeTime) ,LVS/DRC – Caliber ,TCL
                        programming
                       Technology: 28nm
                       Backend tools: Magma (Talus), Prime Time, Calibre.

   2011             ASIC Design Program, “Chip Design College”
                    ASIC Chip Level Design :
                      Architecture definition, ASIC Top-Level Spec and Verification Spec creation, IP blocks.
                      Integration: Analog and Digital IPs, Memories, Pads.
                      Automatic Verification Environment: Synthesis and STA ( by Synopsys DC-Compiler ), RTL
                      Design and Verification ( Functional & GLS ) by VerilogHDL on ModelSim
                    ASIC Project (based Synopsys Front-End flow): Communication Controller Design.
                      Includes CPU Bus IF, Control unit, Clock & Reset controllers, Test Controller,
                      Digital & Analog IPs (POR, DPRAM, UART core, Pads, etc.). Project Grade: 90.

 2008 – 2009       Tel Aviv University final project
                    Final project: ”Smart House”- home automation system.
                     Distance control of home devices by cell phone using SMS message.
                     Device included: cell modem (RS-232 communication), FPGA programmable device
                       FLEX70K/Altera, detectors (temperature, movement, light).
                     RTL Design and Verification (Functional & GLS) by VHDL on ModelSim.
                     Synthesis and P&R by QuartusII (Altera).
                     Analog circuits: conversion TTL to RS-232 by ADM 202 convertor,.

                                                           EDUCATION
2010– 2012         MBA , Tel Aviv University. Current grade: 86.
                   Specialization: Financing, market research, investments on stock market.
2004 – 2009        B.Sc. in Electrical and Electronics Engineering, Tel Aviv University. Final grade: 82.
                  Specialization: VLSI, Digital and Analog Communication, Optoelectronics.
                  Relevant courses: VLSI Technologies (93).

                                                       MISCELLANEOUS
Languages              Hebrew            English        Russian
Army Service           Complete regular army service as a fighter and a commander in “Shaked - Givaty” ( 2001 –2003 )
Personal Skills        Organized and responsible
                       Independent, innovative and fast learner
                       Strong communications skills and team player
Languages and                Back End tools:       Talus (Magma), Prime Time (Synopsys), Calibre
CAD Tools                    Languages:             VHDL, VerilogHDL (Design and Verification), C, Tcl.
                             VLSI CAD tools:       ModelSim (Mentor), QuartusII (Altera), Design Compiler (Synopsys)
                             Mathematic tools:      MATLAB.
 OS:                  Linux / Windows
                     Test Equipment:      Digital scope, Logic analyzer, Spectrum analyzer, Signal generator



Recommendations   From Companies: Marvell, Chip Design College

Maxim zap cv_asic_backend_04_13

  • 1.
    Maxim Zaporozchenko Cell: 054-5325201 | E-mail : maximzap@gmail.com ASIC/FPGA Designer PROFESSIONAL EXPERIENCE 2011 - now Back End engineer, “Marvell”  Experience in full Backend flow From Synthesis through P&R and static timing environment build and verification as well as physical DRC/LVS verification concluded by approved tapeout quality layout.  Experience with Static timing analysis- Synopsis (PrimeTime) ,LVS/DRC – Caliber ,TCL programming  Technology: 28nm  Backend tools: Magma (Talus), Prime Time, Calibre. 2011 ASIC Design Program, “Chip Design College” ASIC Chip Level Design :  Architecture definition, ASIC Top-Level Spec and Verification Spec creation, IP blocks.  Integration: Analog and Digital IPs, Memories, Pads. Automatic Verification Environment: Synthesis and STA ( by Synopsys DC-Compiler ), RTL Design and Verification ( Functional & GLS ) by VerilogHDL on ModelSim ASIC Project (based Synopsys Front-End flow): Communication Controller Design. Includes CPU Bus IF, Control unit, Clock & Reset controllers, Test Controller, Digital & Analog IPs (POR, DPRAM, UART core, Pads, etc.). Project Grade: 90. 2008 – 2009 Tel Aviv University final project Final project: ”Smart House”- home automation system.  Distance control of home devices by cell phone using SMS message.  Device included: cell modem (RS-232 communication), FPGA programmable device FLEX70K/Altera, detectors (temperature, movement, light).  RTL Design and Verification (Functional & GLS) by VHDL on ModelSim.  Synthesis and P&R by QuartusII (Altera).  Analog circuits: conversion TTL to RS-232 by ADM 202 convertor,. EDUCATION 2010– 2012 MBA , Tel Aviv University. Current grade: 86. Specialization: Financing, market research, investments on stock market. 2004 – 2009 B.Sc. in Electrical and Electronics Engineering, Tel Aviv University. Final grade: 82. Specialization: VLSI, Digital and Analog Communication, Optoelectronics. Relevant courses: VLSI Technologies (93). MISCELLANEOUS Languages  Hebrew English Russian Army Service  Complete regular army service as a fighter and a commander in “Shaked - Givaty” ( 2001 –2003 ) Personal Skills  Organized and responsible  Independent, innovative and fast learner  Strong communications skills and team player Languages and  Back End tools: Talus (Magma), Prime Time (Synopsys), Calibre CAD Tools  Languages: VHDL, VerilogHDL (Design and Verification), C, Tcl.  VLSI CAD tools: ModelSim (Mentor), QuartusII (Altera), Design Compiler (Synopsys)  Mathematic tools: MATLAB.
  • 2.
     OS: Linux / Windows  Test Equipment: Digital scope, Logic analyzer, Spectrum analyzer, Signal generator Recommendations From Companies: Marvell, Chip Design College