Wojciech Stanislawski has over 20 years of experience in hardware design and engineering. He has worked at Qualcomm Technologies designing wireless power transfer systems, Hughes Network Systems leading hardware development projects, and Modern Home Systems integrating and programming home automation systems. He has expertise in analog and digital circuit design, simulation tools, and technical problem solving.

1. WOJCIECH STANISLAWSKI
14540 Cypress Point Terrace Valley | Valley Center, California 92082
(858) 207-7087 | wojtek@jacek-dom.net | LinkedIn Profile
SKILLS PROFILE
HW Baseband Design Engineer with over 20 years of experience in design, simulation and analysis of Analog Circuits
(SMPS, DC-DC converters, power and battery management, serial, USB, I2C, SPI interfaces, Wireless power transfer
systems) - schematic capture, PWB layout (with CAD team), DVT and production support |Extensive knowledge on the
design of Digital Circuits |Strong lab skills (VSA, Logic Analyzers, scopes) |LabVIEW (completed LabVIEW core1 and
LabVIEW core2) | An expert in LTSpice, Matlab, SIMetix (simulation SW) as well as Cadence, DxDesigner, PCB123 (Design
entry, and board layout SW) | Extensive understanding of RF Circuits | Strategic problem solving and board level debug
capabilities | Excellent oral and interpersonal skills with fluency in English, Polish and the Russian language.
EDUCATION
AGH University of Science and Technology, Krakow, Poland
M.S., Electrical Engineering | Major: Electronics, Graduated with Honors
Diploma Thesis: Creating the System for Processing Polish Speech Signal and Loading it into a Microprocessor.
PROFESSIONAL EXPERIENCE
Qualcomm Technologies, Inc., San Diego, California
HW BASEBAND ENGINEER, STAFF, 2014 - Present
Work in WiPower group, on A4WP compliant wireless power transfer systems | Resolve problems on existing designs,
propose solutions for new designs and analyze proposed solutions using LTSpice, and Matlab | Assemble, tune and test
metal back cover Demos | Completed Variable Capacitor Evaluation Board design | Completed RF Variable Capacitor
Evaluation Board design | Patent Pending: Propose new definition of Long Beacon Extension pulses generation (filed
IDF# 155030 “In band reverse signaling using parasitic resistance”) | Patent Pending: Propose method of compensating
PRU reactance shift caused by metal shields of the PTU, using distributed ferrite (filed IDF# 155218 “Receiver Detuning
Compensation via Transmitter Ferrite Addition”).
Hughes Network Systems, San Diego, California
PRINCIPAL HARDWARE ENGINEER, 2006 - 2014
Worked as a Hardware Lead on several projects, from schematic capture to production support (SCD, BOM, ECN), in
design to production environment | Designed interface boards for satellite modems, including: buck, boost, fly-back,
and current feed push-pull power supplies, battery charging circuitry, ENET, POTS and ISDN PHY, DC protection, and
conditioning circuitry (current limiting, power limiting, over-voltage, under-voltage protection) | Coordinated projects
with mechanical team for better thermal and EMC performance | Designed baseband environment to assist RF team for
better power efficiency of RF circuitry, and optimization of RF-baseband interacting | Collaborated with SW engineers to
optimize SW from a HW point of view including ARM5, and FPGA code review | Debugged several designs and
manufacturing problems on existing products.
Recognized Achievements: Completed several interface board designs, including one project with only two versions
(spin), and one with only one version | Solved the problem of wrong frequency programmed by ASIC, with application
processor SW modifications, without in chip ASIC changes |Solved the problem of application processor not starting
below -25 deg C on 25% of the boards, by optimizing processor HW environment |Improved transmitter (TX) power
control procedure |Solved factory TX multichannel test problem by changing the test procedure sequence |Designed
very low power, ENET any packet/magic packet detection circuit |Solved battery life in sleep mode problem by fixing the
internal battery circuitry design |Designed very low power, POTS off hook detection circuit.
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2. Modern Home Systems, San Diego, California
SYSTEM INTEGRATOR, PROGRAMMER, 2002 - 2006
Designed, installed and programmed automation - Crestron controlled - systems using SIMPL Windows (Windows based
language), and SIMPL+ (C like language) | Designed hardware interfaces to improve efficiency of interconnecting
circuitry between Crestron controller, and controlled equipment | Debugged automation systems and system
components.
Recognized Achievements: Designed IR carrier frequency changer for PX600 AA multi room audio controller to operate
SA cable boxes | Developed method of sensing the power state of SA and Pioneer set top boxes | Developed method of
auto switching between analog and digital audio for older model of SA set top boxes outputting digital audio only on
digital channels | Wrote Crestron module for serial communication with multi PX600 audio distribution system | Wrote
Crestron module for serial communication with Intellinet C4 multi room audio controller | Wrote Crestron module for
serial communication with Kenwood DT7000 | Wrote Crestron modules for multi room audio controller PAD8 | Wrote
Crestron module for serial and IP communication with iPod, using Sonance iPort docking station.
PREVIOUS PROFESSIONAL EXPERIENCE
Arpol Video Systems, Little Rock, Arkansas
SYSTEM INTEGRATOR,
Electronic Equipment Company, Zabierzow, Poland
OWNER,
Central Ltd., Krakow, Poland
ELECTRONICS ENGINEER,
Metallurgy Institute, University of Science and Technology, Krakow, Poland
ELECTRONICS ENGINEER,
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