08/12/2026 updated
partially available
info: Available evenings and weekends
Hardware & Software Systems Engineer - EV Charging, Power Electronics, system architecture
Belle River, Canada
Only remote
Masters in Electro-Optics Department (Ms), University of Ben-Gurion, Beer-Sheva, Israel (2004- 2007)About me
Seeking a dynamic role as Manager Hardware & Software Systems Engineer - EV Charging, Power Electronics, where I can utilize my extensive background in embedded firmware/software, power electronics, experience in requirements development, system architecture
Systems EngineeringAutomotive ElectronicsCircuit DesignElectronic CircuitsElectrical System DesignElectromechanicsEmbedded SystemsHardware DesignHardware Interface DesignHardware Security ModuleHardware VirtualizationIntegrated Electronic ControlsSystems ArchitectureConsumer ElectronicsHardware-related Programming
I specialize in hardware development and electronic system design, creating reliable, production‑ready solutions from concept to prototype. My work includes schematic design, PCB layout, power delivery architecture, embedded hardware integration, and board‑level debugging. I design systems around microcontrollers, sensors, power converters, and high‑efficiency embedded platforms, ensuring electrical performance, safety, and manufacturability.
PROFESSIONAL SKILLS
ï‚· Programming Languages: Assembly, C, C++, .Net, C#, Pascal/Delphi, Verilog, VHDL,
AHDL, EPLD.
ï‚· Tools & Software: MAX+PLUS II, Matlab, MathCAD, Orcad, Altium, PSpice, AutoCAD,
Mentor Graphics, Allegro Layout, ISOgraph, Elastic Search, Grafana, Snowflake, Jira,
Polarion, Jazz (IBM DOORs), Agile, EPLAN, CodeBeamer, SAP.
ï‚· Systems & Protocols: USB2/3, PCI, LIN, CAN, TCP/IP, PLC, IEEE, SAE, UL, NIST
standards, SAE J1772/J3400, IEC 61851, ISO 15118, ISO 26262, ISO 9001 OCPP
ï‚· Operating Systems: Windows 8/10/11, Linux
ï‚· Microprocessors/Microcontrollers: ARM7, ARM9, Cortex M0/M3, Xilinx ICE, Spartan 3E,
Atmega, Silicon Labs 8051, Intel 8086/88, ST, Microchip, Silicon Labs, Altera, Arduino,
Vector CANoe Controller Area Network (CAN/LIN) FlexRay Interface
ï‚· Mechanical Tools: AutoCAD. SolidWorks, FreeCad, 3D Analyzer
ï‚· Electrical Systems: Low Voltage systems, High Voltage systems (110-1000V), High current
(up to 200 Amp, 1 - 3 phase), Power conversion hardware
ï‚· Specialized Skills: Analytical and conceptual thinking, resource and time management,
customer focus, problem-solving, and high-level initiative.
ï‚· Requirements Management: Expertise in developing and managing requirements, ensuring
verification and compliance.
ï‚· System & Subsystem Design: Proficient in developing subsystem and component
performance specifications and coordinating architecture development. Compliance with
Functional Safety Standards IEC 61508 and SPICE, ISO 26262. Developed and maintained
manufacturing documentation, such as process flow charts, DVP&R work instructions, and
standard operating procedures (SOPs).
ï‚· Technical Documentation: Skilled in documenting concept design decisions, generating
SSDDs, and performing capability assessments.
ï‚· Analytical Skills: Strong ability to analyze and derive requirements, conduct trade studies,
and evaluate architecture concepts.
ï‚· Project Management: Experience in monitoring cost, schedule, and risk; coordinating
systems engineering activities to influence design.
ï‚· Communication & Coordination: Effective in coordinating and facilitating formal decisions,
interface requirements, and design information.
Experience
Professional experience10+ years
Freelancer since2020
Languages
EnglishFluent
Project history
Led cross-functional HW, SW and mechanical engineering teams from design through production.
Managed project timelines, budgets, resources and agile processes to ensure efficient delivery.
Oversaw hardware and embedded software development, testing, validation and troubleshooting.
Directed mechanical design, CAD, FEA, prototyping and production transitions.
Coordinated with suppliers, manufacturers and internal stakeholders.
Ensured technical quality, specifications and industry best practices, including lean manufacturing.
- Defined and developed technical solutions for automotive electric vehicle inverter systems, enhancing performance and reliability.
- Translated high-level product requirements into detailed system requirements and technical specifications. Inverter engineering test plans, engineering test execution, field modification instructions, and customer/vendor technical coordination for numerous electronic onboard inverter systems.
- Supported the development and documentation of requirements, sub-system designs, and architecture. Compliance with Functional Safety Standards IEC 61508 and ISO 26262 for automotive equipment, applicable across the entire lifecycle of all automotive electronic and electrical safety-related systems for Automotive Electric/Electronic Systems.
- Maintained technical documentation for DCFC and interfaces, including user manuals, AP documentation, sequence diagrams, product Life Cycle Development (System “V Model)/
- Conducted root cause analyses and recommended software, hardware, or mechanical design changes, created 8D and DVP&R
- Led the design and development of new architectures for autonomous car lighting systems.
- HW & SW design OHCs, buttery chargers, and harnesses for autonomous cars
- Collaborated with cross-functional teams to develop and support technical solutions during pre-sales and implementation phases.
- Managed and supported projects using Agile methodologies and tools such as Jira.
- Developed technical documentation and ensured compliance with quality and regulatory standards. Created 8D, DVP&R, FMEA, and HW, System Architecture for modeling