
PCB & Hardware Design
Electronic system architecture, schematic development, multilayer PCB layout, high-speed digital design and hardware integration.
Hamster Robotics is an independent engineering and technology development brand focused on designing advanced electronic systems, embedded hardware and autonomous platforms.
Our work combines hardware architecture, PCB development, RF engineering, embedded software and system integration.
We approach engineering challenges from the system level — connecting electronics, firmware, mechanics and software into complete solutions.
Specialized capabilities for complex hardware and embedded technology projects.

Electronic system architecture, schematic development, multilayer PCB layout, high-speed digital design and hardware integration.

RF circuits, antenna systems, impedance matching, filtering, microwave simulation and RF hardware development.

ARM and STM32 platforms, microcontroller firmware, embedded Linux, communication interfaces and hardware-software integration.

Flight control electronics, unmanned aircraft architecture, navigation systems, telemetry and autonomous platform development.

High-speed interfaces, power distribution networks, signal integrity analysis, electromagnetic considerations and system optimization.

Hardware configuration tools, desktop and mobile applications, embedded utilities, automation and engineering software development.
A structured engineering process connecting design decisions with practical implementation.

Requirements analysis, system planning and technology selection.

Circuit design, simulation, PCB development and embedded programming.

Hardware assembly, firmware integration and initial validation.

Testing, debugging, optimization and design refinement.
Roman Burmistrov leads the engineering direction of Hamster Robotics, bringing together experience in electronic hardware, RF systems, embedded computing and unmanned aircraft development.
His technical work spans PCB architecture, high-speed digital interfaces, RF and microwave design, firmware development and complete UAV systems.
The focus is on practical engineering: turning complex requirements into functional hardware and integrated systems.
Professional design tools, embedded platforms and development technologies.
Let's discuss your project, technical requirements and development goals.