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HARDWARE
DESIGN
ENGINEER

IOT

ROBOTICS

HEALTHCARE

MOTOR DRIVERS

years of hardware engineering in robotics, healthcare, IoT and space industries

50+

projects

1000+

units per year of the low-volume production

ABOUT ME

With a robust 8-year background in electronics, specializing in IoT, healthcare, and robotics, I've led over 30 projects to successful completion and managed small batch productions of up to 1000 units annually. As a team leader for 8 members, I've honed skills in project management and mentoring, driving both project success and team development.

WHY I STAND OUT

Autonomy in Action: Expert at breaking tasks into subtasks, planning, and setting deadlines independently.
Balanced Execution: Adept at prioritizing and multitasking to balance speed, quality, and cost.
Clear Communication: Skilled in creating informative documentation and presentations for effective client engagement.
Emotional Intelligence: Strong soft skills for conflict resolution, team interaction, and client dialogue.

"Expectations should not be met. Expectations should be exceeded"

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TECHNICAL EXPERTISE

CAREER

HiQo Solutions, Inc.

Russian State Center for Robotics and Technical Cybernetics

Hardware Design Engineer

The project of Russia's first rowing machine for astronauts on the International Space Station.

Produced PMSM motor controllers up to 1.5 kW meeting space EMC standards
Experienced in full-stack engineering - software, hardware, and mechanical design
Designed a user interface application using C#
Technologies: Forward DC/DC, LVDS, PMSM motors, MIL-STD-1553, EMC, C#, Cadence

Embedded Software Engineer

Upgraded robotics competition “RTC CUP” with 2500 participants from 97 cities in Russia.

Established a stable network of 20 industrial controllers via RS485 protocol
Improved wiring connection system to reduce test site assembly time by 50%

Technologies: CAN, RS485/RS422, C, Altium Designer

Senior Hardware Design Engineer

Developed Russia's first inspection robotic complex for diagnostics of water pipes and heating mains, capable of operating in unburnt pipes at temperatures up to +80°C.

Led robot hardware development from scratch, releasing the prototype within 6 months
Prototype purchased by State Unitary Enterprise "TEK SPb"
Collaborated with mechanical engineers to reduce electronics assembly time by 4x
Conducted field tests and hardware troubleshooting within 5 months in harsh conditions
Strategically defined BOM list and avoided delays caused by component shortages
Simulated schematic design and PCB and prevented 90% of critical bugs and major issues

Technologies: Ethernet, USB, CAN, PMSM motor, flyback, EMI, ADC, LTSpice, Sigrity, Altium

Senior Hardware Design Engineer

The project of the world's first autonomous underwater vehicle “Vityaz-D” dived to the bottom of the Mariana Trench.

Doubled onboarding speed by organizing knowledge base
Conducted field tests and troubleshooting in harsh weather within 3 months

Technologies: Ethernet, CAN, RS232, C, Altium Designer

Head of Sector

Promoted to Head of R&D for marine and agricultural robotics projects.

Led a team of 4 engineers in an R&D project studying the biomechanics of sea creatures
Organized the low-volume production of 1000 agricultural educational robots per year
Reduced the onboarding period of newcomers by 3 times by organizing workflows
Implemented an employee motivation system that decreased employee turnover by 50%

Hardware Design Engineer

Delivered IoT projects for Fortune 500 clients in a global tech company, under NDA.

Optimized PCB design and BOM to increase product battery lifetime by 1.5-2 times
Implemented DFM approaches to significantly improve PCB assembly quality
Designed a gateway from scratch and optimized for low-volume production (1000 devices)
Improved personal labor intensity estimation accuracy to within +/- 4 hours