Engineering in Action
Explore our latest developments across electronic hardware, embedded software, and mechanical design. Built for reliability, designed for the future.
Interactive Mechatronic Rehabilitation System for Ankle
A high-performance device for post-injury movement and strength recovery.
Development of an advanced mechatronic prototype designed for interactive ankle rehabilitation. This system assists physical therapists in improving the patient's therapeutic response, focusing on high-demand athletes or patients with overload injuries.
NAS (Network Attached Storage) Prototype Design and Manufacturing
Complete hardware solution: PCB and enclosure design for network-attached storage.
Comprehensive development of a NAS device, including the design of the electronic board (PCB) featuring WiFi/Bluetooth, LAN, Micro SD, and a SATA hard drive port. This is complemented by 3D CAD modeling of the enclosure, ready for manufacturing via plastic injection, adhering to industrial production standards.
Electronic Control Unit (ECU) for Bus Cabin
Modular ECU for managing lights, HVAC, and auxiliary services in vehicles.
Design of an ECU-type control board for a bus cabin, responsible for managing lights, fans, and bathroom/sink services. It includes a wireless connectivity module, robust interfaces (RS-485, CAN, ADC), and galvanic isolation to ensure safe and reliable operation in the automotive environment.
CORE Development Board - Automotive Microcontroller
Multilayer electronic board for Infineon microcontroller, USB programmable.
Design of a multilayer Printed Circuit Board (PCB) incorporating an Infineon microcontroller with USB programming capability, along with necessary voltage regulators and general-purpose pins. This board is specifically designed and optimized for applications in the automotive sector.
PERIPHERAL Interface Board - Industrial Communication
Peripheral expansion board with galvanic isolation and CAN/RS-485 buses.
Multilayer electronic board (PCB) designed to provide robust communication interfaces, including RS-485, CAN bus, and ADC inputs. The board adheres to operational standards and features galvanic isolation to protect the main control circuit, ensuring reliability in harsh industrial environments.
Industrial Connection Gateway based on ESP32
Interconnection solution with multiple protocols (RJ45, RS-485, WiFi/BLE) and DIN-Rail mounting.
Development of an Industrial Connection Gateway based on the ESP32-WROOM module, equipped with wireless (Bluetooth, WiFi) and wired interfaces (RJ45 Ethernet and RS-485). The project encompassed PCB design and 3D modeled enclosure, optimized for protection and standard DIN-Rail mounting.
Smart Thermostat with E-Ink Touch Display
Advanced low-power climate control device with touchscreen and RF connectivity.
Smart thermostat developed around an STM32 microcontroller, featuring an E-Ink touchscreen and RF wireless connectivity. It includes power management for a rechargeable battery and an external charging module, also offering a wired version for fixed installation.
Active R&D & Industry Involvement
A transparent look at proprietary developments currently underway at BEAR Labs and active engineering collaborations.
Motorcycle Electronic Control Unit (ECU)
Advanced hardware and embedded architecture designed for high-performance motorcycle engine management. Features custom multilayer PCB design in Altium Designer, optimized for high-speed data processing, rugged environmental durability, and precision fuel/ignition timing control.
Control Live (V-Chair® Assistive Robotics)
Contributing engineering expertise to advanced assistive robotics, smart hospital beds convertible into electric wheelchairs, cloud telemetry integration, and motion control systems.
Cart-way (Electric Cargo Vehicle Platform)
Collaborating on the hardware engineering for an electric cargo vehicle platform, focusing on the main control board for motor drives, variable frequency control, and HMI (Human-Machine Interface) integration.