Zeev Guzman Email & Phone Number

Karmiel, North District, Israel

Development of highly reliable power supplies

Ashdod, South District, Israel

Development, modernization, troubleshooting of smart chargers and battery management systems for aerospace and defense industries.I am responsible for:- development of PDR, CDR, test plans and reports, datasheets using Microsoft Office;- creation of BOMs using ERP Priority;- designing electronic circuits of lithium-ion batteries, battery management systems, smart chargers and its components, auxiliary equipment and cables using OrCAD;- verification of PCB layout;- simulation of electronic circuits using PSpice;- technical support for the production of prototypes;- performing tests using digital multimeter, scope, interface adapters and analyzers, self-made battery simulator;- development and debugging of software for devices based on Atmel MCUs using C language and Microchip Studio;- development and debugging of PC software for testing and calibration using Visual Basic;- solving technical issues at all stages of the equipment life cycle, including troubleshooting, replacing discontinued components with modern ones, updating software according to customer requirements, etc.

Moscow, Russia

Requirements management and development of the automation and predictive diagnostics systems for electric and diesel locomotives.I was responsible for:- determination of technical requirements for the systems and their key components;- creation of system architectures;- selection of electronic components;- coordination of technical solutions with related departments and subcontractors;- development of a test plan and technical documentation.The diagnostic system has been implemented on existing locomotives and is currently in operation.

Moscow, Russia

In 2018-2019, I participated in the development of the TEM5X smart hybrid shunting locomotive. I was responsible for:- developing the technical specifications for the locomotive hybrid power plant and its components;- developing of algorithms for battery management and communication between the power plant control system, computer vision system, and the locomotive control system;- verification of the electrical design documentation developed by the subcontractor;- organizing the purchase of a number of components for the traction battery;- quality control of the hybrid power plant and computer vision system manufacturing;- organizing the commissioning of the hybrid power plant, computer vision and remote control systems as parts of a diesel locomotive, including test drives using hybrid and battery traction.The locomotive was presented at an international exhibition PRO//MOTION.EXPO in 2019.In 2019-2020 I participated in testing the locomotive. I was responsible for:- developing a test program;- analyzing test results;- modernization of the locomotive components and algorithms based on test results;- writing a test report.Based on test results, it has been established that the use of hybrid traction can save up to 30% of fuel compared to diesel traction.

Moscow, Russia

Development of the concept of a smart hybrid shunting locomotive based on existing 2-axle shunting diesel locomotive.I was responsible for:- determination of technical requirements for the hybrid power plant and advanced driver-assistance system of the locomotive;- market analysis and selection of suppliers of the traction battery components and computer vision system;- development of a PDR.After approval of the PDR, the project team was transferred from 2050-Integrator to 2050.Digital.

Yekaterinburg, Russia

• I was responsible for organizing the work of the R&D department, which was modernizing on-board and ground control systems for Soyuz-2 space launch vehicles and developing control systems for military equipment.• I took part in the launches of Soyuz-2 launch vehicles at Plesetsk and Baikonur cosmodromes as the head of a team of specialists who prepared the control systems for launch and analyzed the launch results.• Based on the results of more than 100 launches, it has been established that the modifications of the control system of the Soyuz-2 launch vehicle are among the most reliable in Russia and throughout the world.

Yekaterinburg, Russia

I was responsible for organizing the work of the engineering department, which was developing components for ground control systems for space launch vehicles and military equipment.

Yekaterinburg, Russia

·I was responsible for development, testing and maintenance of components of the ground control system for Soyuz-2 prototype space launch vehicle.·I took part in resolving complex technical issues at the Plesetsk cosmodrome, which made it possible to complete the first successful test launch of the Soyuz-2 launch vehicle within the given time frame.

Yekaterinburg, Russia

I participated in the development and testing of analog and digital electronic devices for the ground control system of the Soyuz-2 launch vehicle.

Master'S Degree, Electrical Engineering And Power Industry

Department of Electric Trains and Locomotives Dissertation topic: Designing of a hybrid power source for a shunting locomotive

Engineer'S Degree, Radio Engineering