Power devices
Engineering support for SCRs, diodes, power semiconductor modules, IGBTs, MOSFETs, SiC/GaN devices, and high-voltage/high-current validation problems.
SCR
Diodes
Modules
SiC/GaN
Tallinn, Estonia · European deep-tech venture
Scalable semiconductor engineering for European deep-tech resilience
Fedorov Engineering develops AI-assisted workflows for power semiconductor device validation, testing automation, and compact manufacturing concepts — helping companies move from device idea to verified prototype faster.
The company is positioned as a technology-based, innovation-driven engineering venture. Consulting and technical reviews are used as early customer discovery and validation channels, not as the final business model.
AI + test
Repeatable validation workflows
Power
SCRs, diodes, modules, SiC/GaN
EU
Industrial and deep-tech market fit
Scale
Productized know-how and process
From semiconductor data to verified engineering decisions
Device physics · measurement · automation · supplier validation · compact manufacturing logic
Technology focus
AI-assisted engineering workflows for semiconductor devices
The core idea is to turn expert semiconductor reasoning into structured, reusable workflows: data intake, device analysis, measurement planning, validation, documentation, and manufacturing feasibility.
Testing automation
Structured test planning, data interpretation, failure-mode analysis, parameter distributions, and validation logic for semiconductor devices and assemblies.
Test strategy
Data workflows
Root cause
Compact manufacturing
Concepts for lean semiconductor prototyping and small-scale manufacturing workflows, combining process know-how, supplier qualification, and practical industrial constraints.
Mini-fab logic
Supplier validation
EU resilience
Startup profile
Not a one-person consultancy — a repeatable engineering platform
The initial services are an entry point for customer discovery. The scalable direction is a productized semiconductor engineering workflow that can be reused across customers, devices, and validation tasks.
Positioning for startup evaluation
Fedorov Engineering is a technology-based venture developing scalable engineering workflows for semiconductor validation, testing automation, and compact manufacturing concepts.
The project is designed to be innovative, repeatable, and internationally scalable, with Estonia as a practical EU base for deep-tech execution.
Problem
European companies need faster, smaller, and more flexible semiconductor validation and prototyping capacity.
Solution
AI-assisted workflows that combine device physics, test data, documentation, and manufacturing feasibility checks.
Scalability
Reusable process templates, structured engineering knowledge, and repeatable customer onboarding.
Market
Power electronics, industrial energy systems, semiconductor prototyping, aerospace, and radiation-resilient electronics.
Use cases
Where the workflow creates value
The same structured approach can serve early-stage device concepts, production test problems, supplier qualification, and long-horizon deep-tech manufacturing scenarios.
Device and topology review
Technical review of semiconductor device structure, layout assumptions, switching behavior, thermal constraints, and measurement strategy.
Test data interpretation
Analysis of device distributions, correlations, outliers, drift, batch-to-batch variation, and possible process or assembly causes.
Supplier and process validation
Structured qualification logic for wafers, chips, packages, modules, test procedures, and manufacturing partners.
Radiation-resilient electronics concepts
Long-horizon concepts for compact semiconductor manufacturing and robust electronics for aerospace, orbital, lunar, and industrial resilience applications.
Roadmap
From expert service to scalable workflow
The near-term path converts founder expertise into a structured process that can later become a software-assisted engineering platform and a repeatable industrial validation service.
Phase 1
Customer discovery
Technical reviews, validation projects, and interviews with industrial customers and partners.
Phase 2
Workflow templates
Reusable templates for device analysis, test planning, root-cause review, and documentation.
Phase 3
AI-assisted toolchain
Internal knowledge base, structured prompts, data pipelines, and semi-automated engineering outputs.
Phase 4
Scalable platform
Repeatable onboarding for customers, suppliers, and manufacturing-validation projects.
Estonia / EU fit
Built from Estonia for European industrial markets
Estonia provides a practical EU base for a lean deep-tech company: digital infrastructure, access to European customers, proximity to Nordic and Baltic industrial ecosystems, and a startup environment suitable for software-assisted engineering ventures.
Business model
Early revenue, scalable direction
Early engineering services validate market needs and generate customer relationships. The longer-term value comes from productized workflows, reusable technical knowledge, repeatable validation logic, and scalable semiconductor engineering processes.
Founder expertise
Semiconductor device reasoning meets practical industrial execution
The founder profile combines power semiconductor device knowledge, testing logic, supplier communication, technical documentation, and practical engineering judgment.
Device physics
Power semiconductor structures, switching behavior, thermal limits, dynamic parameters, and high-voltage/high-current measurement constraints.
Industrial validation
Test regimes, data interpretation, parameter distributions, incoming inspection, supplier qualification, and production-oriented documentation.
AI-assisted execution
Structured use of AI for analysis, documentation, concept generation, workflow standardization, and faster movement from idea to engineering decision.
Contact
Discuss semiconductor validation, testing workflows, or compact manufacturing concepts
Fedorov Engineering is open to technical conversations with industrial customers, partners, investors, accelerators, and startup ecosystem reviewers.