Dmitry Parshkov
Full profile

Dmitry Parshkov

Principal Systems Engineer · Systems Architect

Complex hardware-software products · multidisciplinary integration · concept through production

San Diego, Californiamail@parshkov.com
+1 413 648 7496
dmitry.parshkov.com
linkedin.com/in/parshkov
U.S. permanent resident · no sponsorship required · open to travel / relocation

Professional Summary

Systems engineer and architect with 23 years of experience delivering complex physical products from concept through production. Work spans system framing and ConOps, requirements, architecture and interfaces, hardware/software/mechanical integration, prototypes, verification and validation, suppliers and contract manufacturers, design transfer, production readiness, and field problem-solving. I remain hands-on at critical technical interfaces and have also built and led multidisciplinary engineering organizations when programs required scale.

Current direction: Following a completed operating transition in 2026, I am focused on a long-term role building complex systems inside one product organization.

Core Engineering Scope

Systems architecture & interfaces
Requirements · ConOps · traceability
Hardware / software / mechanical integration
Robotics · sensing · embedded systems
V&V · reliability · regulated development
NPI · DFM · suppliers / CMs · production

Professional Experience

2013–2026San Diego, CA

Parshkov Inc · Systems Architect & Engineering/R&D Leader (Founder / CEO)

  • Owned system architecture and full-lifecycle product realization across robotics, medical sensing, embedded systems, industrial automation, thermal systems, computer vision, connected products, and advanced manufacturing.
  • Led programs from feasibility, ConOps, requirements, architecture, interface definition, and risk retirement through prototypes, integration, V&V, supplier/CM execution, design transfer, manufacturing, and customer delivery.
  • Worked hands-on across integration and critical software, electronics, mechanical, sensing, controls, prototype, assembly, and test issues while leading specialist teams where deeper subsystem expertise was required.
  • Built and led multidisciplinary engineering organizations and operating networks up to 175 people while staying technically involved at critical interfaces.
  • Completed the operating transition of selected programs and IP in 2026, concluding that chapter and creating capacity for a long-term role inside a product organization.

Earlier Engineering & Technology Leadership

2013–2015Hong Kong / Shenzhen

DP Technologies · Product & Systems Engineering Leader (CEO)

  • Led architecture and development of an Android point-of-sale platform that exceeded 250,000 deployed devices; coordinated industrial design, electronics, software, prototyping, certification, and Shenzhen manufacturing.
  • Completed a $3.8M IP and product-portfolio transaction with an international cybersecurity company.
2008–2010International

Independent R&D Company · Engineering Leader (Founder)

  • Built and led a 32-person software and engineering organization combining client delivery, product development, and reusable technology.
2006–2008Moscow, Russia

Mediasign Publishing · Technology Organization Lead (CIO)

  • Grew from leading a 12-developer digital product team to a 42-person technology organization spanning software, infrastructure, business systems, and internal services; integrated core workflows and reduced technology operating costs by 20%.

Selected Complex-System Evidence

LipoBot (LRI) · robotic medical injection

Hands-on full-cycle engineering: system architecture, ConOps and requirements, control and safety logic, software, mechanical concepts, prototype-production approach, assembly, integration, and test for a regulated robotics program.

SureFill · intelligent filling & packaging station

Owned product requirements, system architecture, hardware selection, multimodal sensing and recognition, operator software, integration, technical documentation, startup, and real-world troubleshooting.

WORM-E · edge-AI waste sorting

Led a physical-AI system from stakeholder needs and architecture through sensing, embedded inference, mechanics, compliance, launch, and first production series.

EMTensor · electromagnetic brain-imaging instrument

Led client/program direction and systems work across architecture, requirements, design reviews, integration, PMP/SEMP/ConOps, verification structure, and FDA-oriented DHF preparation with specialist engineering teams.

Loop Heat Pipe Systems · 30+ thermal programs

Translated difficult thermal/fluid physics into engineered systems through modeling, prototypes, instrumentation, supplier and manufacturing processes, reliability evidence, and customer acceptance.

DeepSense · multimodal edge sensing

Architected modality map, edge/cloud partition, synchronization, calibration, fusion logic, privacy boundaries, and reusable product structure across embedded sensing and edge intelligence.

NovaECAM · advanced-manufacturing R&D / IP

Invented and architected a light-driven electrochemical additive-manufacturing platform spanning machine architecture, materials/process development, controls, experimentation, and software. Retained as a non-operating long-term R&D/IP interest.

Myini / Android product platform

Led hardware/software integration, manufacturing, certification, device operations, and deployment for a connected Android hospitality platform with approximately 2,000 installed devices.

Technical & Industrial Fluency

Systems engineering: ISO/IEC/IEEE 15288 · ConOps · requirements engineering · traceability · MBSE/SysML · interface management · FMEA · PERT · V&V

Integration: embedded software · electronics · sensing · controls · mechanics · computer vision / edge AI · communications · cloud/device interfaces

Industrialization: prototypes · DFM/DFA · BOMs · supplier/CM execution · design transfer · manufacturing readiness · production ramp · field support

Regulated / certification: DHF · design controls · ISO 13485 · FDA 510(k) pathways · CE/FCC · reliability · verification planning

Engineering tools / languages: Python · C/C++/C# · MATLAB/Simulink · Cameo · IBM DOORS · CAD/CAM · CFD/FEA

Working style: architecture ownership · technical reviews · evidence-based decisions · cross-discipline debugging · specialist-team leadership · customer/supplier technical communication

Education & Availability

Master’s Degree in Management · 2008
Target work: principal/staff systems engineering, systems architecture, principal R&D engineering, or technically deep program/product-realization leadership.
San Diego · U.S. permanent resident · no sponsorship required · open to travel / relocation.