About VlasovLab
VlasovLab is a founder-led engineering practice for contract electronics development under Yaroslav Vlasov.
About
Electronics engineering from task definition to a verified device
We help take a project from task definition and device architecture to circuit design, PCB layout, firmware, prototype bring-up, testing, production files and preparation for a small series.
The work format combines the flexibility of a small engineering team with personal technical responsibility. Specialized contributors can be added for a specific task, while key engineering decisions, project architecture and responsibility for the result remain in one center.
This approach is especially important for devices where electronics, firmware, power supply, measurement circuits, mechanical design and operating conditions are tightly connected.
Customers
Not only for engineering teams
Customers are not limited to technical companies and laboratories. VlasovLab can work with small businesses, design studios and individual customers when a practical task needs custom electronics, firmware, measurement, automation and focused technical attention.
- Industrial equipment and automation: controllers, measurement nodes, actuator control, service logic and replacement modules for equipment that has to work in real operating conditions.
- Laboratories and R&D teams: measurement electronics, custom instruments, data acquisition and test setups when the customer knows what must be measured but needs engineering implementation.
- Small businesses, designers and individual customers: custom automation, unusual devices and embedded electronics for practical tasks that are not covered by an off-the-shelf product.
Engineering lead
Yaroslav Vlasov
- Graduated in Robots and Robotic Systems in 2009 and was already working with commercial engineering orders at that time.
- Has continuous engineering experience from 2009 to the present.
- Participates in developments as a Senior Engineer in the Skoltech Energy Center / Smart Grid Laboratory environment, including power electronics, smart-grid projects and projects from other structural units where complex electronics development is required.
- Has 3 patents in electronics and energy-related devices.
- Co-author of peer-reviewed publications in IEEE and International Journal of Electrical Power & Energy Systems.
- Currently focuses on electronics projects where the goal is a practical result: a finished industrial device, prototype, tested module, documentation package or preparation for a small series.
Result
Device, support and confidentiality
The customer receives not only a device or prototype, but also an agreed package of project materials for operation, maintenance, reproduction and further development. For electronics-development work, the package includes the agreed source files and working materials: schematics, PCB project files, production files, BOM, firmware source code, utilities or software, measurement results and documentation. Rights to results created specifically for the project are transferred to the customer; the scope of rights and transfer conditions are agreed before work starts.
After delivery, VlasovLab remains available for questions about operation, source files, production files and next steps. Clarifying questions are handled without unnecessary formalism; larger changes and new development are planned separately.
NDA work is possible.
Patents and publications
Author links, patents and publications
Public author links include the IEEE author page and ResearchGate contributions.
The patent context includes Energy Hub and RU2831526C1, the supercapacitor power booster and RU2851784C1. The ScienceDirect paper is related to inverter transient behavior and the broader grid-inverter direction.
Public project references
Some public customer and project materials
The public Pandalift project page shows equipment where LED panels use drivers developed by VlasovLab; related portfolio context includes the HUB-75 LED-panel driver and the proportional valve driver.
The Moscow 24 story is related to the E-NOSE measurement system. The Habr article and the Autonomnoe wireless-sensor page are related to field monitoring and wireless sensors for building automation.
A public Sechenov University / IBTI Telegram post is related to the compact 0-5 kV high-voltage source project context.
Contact
Send your request by email
Contact us by email. We discuss custom electronics and automation tasks remotely with companies, labs, small businesses and individual customers worldwide.