Electronic Engineer Resume

SUMMARY:

Use the knowledge I have developed over my career as an electronic engineer, as well as acquire new skills that make me grow professionally and be productive for the industry.
Functional Coverage Methodology for verification of integrated circuits (using SystemVerilog). Thesis document for Integrated circuit design degree
Design of a synchronous multiplexer of clock to 100MHz, technology .35u (transistor level design).
Stacks Processor of 16 bits implemented in a FPGA Spartan 3 (Verilog).
Design of a memory Ram of 64 bits in technology 0.35u (transistor level design).
Level detector with independent adjustment of hysteresis and central voltage (circuit simulation).
Arm robot welder three degrees of freedom controlled by a PC (C language).

TECHNICAL SKILLS:

Programming Languages(basic mode): C, Visual basic for applications, Assembly.

Hardware description languages: Verilog, VerilogA, VHDL, SystemVerilog, Specman

Operating systems: Windows (XP,7,8 and 10 ), Linux RH

Design Simulators: ModelSim (testbench simulations), Cadence (analog circuitry simulation)

Scripting languages: Perl, Python

General Software: Microsoft office (excel, word, power point, etc.), Jump (statistics software)

Interfaces: GbE, PCIe, QPI

Benchmarks: Specpower, PTU, IOmeter for power and performance measurements, 3dMark, Sysmark, Prime, Burnin test, Solar.

Equipment and instrumentation: Keithley, Datalogger, Yokogawa.

PROFESSIONAL EXPERIENCE:

Confidential

Electronic Engineer

Responsibilities:

One Time Programing registers validation, solving client issues in different parts or CPUs configurations. uCode validation, debugging client issues in Win10, was CPU oriented.
Integration of transactors in emulation environment working with Simics (programming languages, C and Python).
Scripting for emulation environment (Python)
ROM verification and Probe Mode in some IP’s
Verification with Specman, writing checkers and test cases to find bugs in RTL models.
Developed scripts in Perl to build statistics of silicon problems to make a prediction for future silicon issues.
Python scripting in Post - silicon Validation for test automation purposes.
Post-silicon Electrical Validation for PCIe and QPI interfaces.
Power area, including power measurements, automation scripts in python, tests design.
Power and Performance tests, including tools tuning and analysis to find the best numbers for power and Performance.

Confidential

Electronic Engineer

Responsibilities:

The major responsibility was developing a new verification methodology to collect coverage oriented to System Verilog
Worked in co-simulation, writing test cases (SystemVerilog) and debugging behavior for QPI.