Engineering position with focus on design, development, research, testing, installation, maintenance and troubleshooting of electrical and power electronic systems
HIGHLIGHTS
Achievement-oriented electrical and electronic engineer with sound design and development experience of electronic power supplies, converters and inverters, electronic control systems and electric drives.
Eligible for P. Eng.
Experienced in staff training and integration of all internal procedures to assure consistently high levels of productivity in all functional areas.
Strong skills in planning, coordinating and supervising projects, patent experience.
Confident decision-maker and effective problem solver, able to work independently or as an integral part of a team effort. Reliable and adaptable.
COMPUTER PROFICIENCY: PSPICE, Design Lab; MPLAB;
AutoCAD; Statistical and Mathematical Analysis Software, MathCAD; Office
Products and Tools; Publishing Software; Communications Software; Visual Basic
for Application.
Conducted research into the feasibility, design,
operation and performance of high-reliable power supplies for technical and
science applications
Supervised team of 2 technicians
Prepared tender documentation and offers
Project engineer for the. High-reliable uninterrupted power supplies based on the multi-cell transistor inverters with tracking impulse control.
Project engineer for the. High-dynamic transistor inverters with tracking regulation and micro-processor control.
Design Engineer (electrical and electronic) 1991 - 1995
Designed, developed, tested, installed and supported
variety of secondary power sources, inverters, converters and control systems
for industrial applications, including laser systems and electric drives
Project:. High efficiency power 3 phase inverter.
Electrical Engineer 1989 - 1991
Investigated static and dynamic properties of
electronic power supplies, AC and DC electric drives
Designed new test procedures for transistor inverters and converters
A. Puzakov and A. Baranov, "Construction of Wide-Regulated DC/DC Converters on Base of Double-Unit Structure," Technical Electrodynamics,
No. 2, pp. 16-20, 1994.
A. Baranov, V. Glazkov, and A. Puzakov, "Choice of Parameters of Ripple Filters for DC Pulse Converters and AC Inverters," Technical Electrodynamics,
No. 5, pp. 23-29, 1995.
A. Baranov, V. Glazkov, and A. Puzakov, "Ripple-Filters Calculating for Pulse Converters upon Filters-Prototypes by Chebyshev and Kauer," Technical Electrodynamics, No. 6, pp. 7-12, 1995.
A. Baranov, V. Glazkov, A. Puzakov and O. Semenova, "Special Features of Stabilizing Pulse Converters with Ladder-Type Filters," Technical Electrodynamics, No. 4, pp. 25-31, 1996.
A. Baranov, D. Kobets , . Linearizied model of a pulse converter of constant increasing voltage. Technical Electrodynamics, No. 4, pp. 23-27, 2001.
PATENTS:
Patent 1,714,531 (USSR). "Method of converting of
frequency into voltage." Inventors: A.Puzakov and A. Baranov. ICI5 G01R 23/02.
Date of patent: Feb. 23, 1992. BI No 7.
Patent 1,835,121 (USSR). "Method of control of the
converter with converting constant voltage into variable multistage one."
Inventors: A. Puzakov, A. Baranov and V. Glazkov. ICI5 H02M 7/48. Date of
patent: Aug. 18, 1993. BI No 30.
REFERENCES AND COPIES OF PROFESSIONAL PUBLICATIONS AND PATENTS AVAILABLE UPON REQUEST
