Our work
Devices, control systems, and software across biomedical, industrial, and business settings. Each entry lists the problem, what we built, and the technologies involved.
Embedded systems and custom hardware
Biomedical IoT
Smart wearable fetal movement monitoring belt
A wearable belt that tracks fetal movement with multiple force-sensitive sensors alongside temperature and motion measurement. An ESP32 shows readings on an OLED display and transmits maternal monitoring data wirelessly.
- ESP32
- FSR sensors
- DS18B20
- MPU6050
- Bluetooth
- MQTT
Electronics
Custom PCB and embedded electronics development
Design and development of custom circuits and printed circuit boards for specialized hardware, including microcontroller integration, component selection, circuit redesign, firmware, and prototyping.
- PCB design
- Microcontrollers
- Embedded C/C++
- Circuit prototyping
Fabrication
PCB CNC milling system
A CNC-based PCB manufacturing setup that converts layout and drill files into machine instructions for automated milling and drilling, connecting PCB design software with CNC motion control.
- Arduino Mega
- RAMPS
- Marlin
- KiCad
- FlatCAM
- G-code
Biomedical engineering and medical technology
Biomedical engineering
Low-cost PCR thermal cycler
Development and upgrade of a programmable thermal cycler prototype with Peltier-based heating and cooling, temperature sensing, safety logic, touchscreen operation, and real-time temperature visualization.
- ESP32
- Peltier control
- DS18B20
- Touchscreen HMI
- Embedded firmware
Wearable sensing
Smart respiratory monitoring patch
A wearable sensing prototype that combines physiological and inertial measurements to investigate breathing patterns, respiratory effort, movement, and left-right chest asymmetry.
- ESP32-S3
- MAX30102
- IMU
- Piezoelectric sensing
- Wi-Fi dashboard
Equipment modernization
Medical equipment electronics and control modernization
Redesign of a medical disinfection system’s electronic controls and user interface, including circuit and PCB modifications and a touchscreen-based control concept adapted to local operating requirements.
- Circuit redesign
- PCB modification
- Embedded control
- Touchscreen HMI
Medical software
Endoscopy clinic management and reporting software
A desktop system for patient records, endoscopy sessions, captured images and video, clinical findings, and report generation, with barcode patient identification, equipment tracking, local storage, and printing.
- C#
- .NET
- SQLite
- Barcode scanning
- Image and video capture
Custom software and business automation
Retail software
Planned MVP
Clothing boutique point-of-sale system
A point-of-sale system for clothing boutiques covering product variants such as size and color, checkout, inventory, customer records, receipts, invoices, and business reporting.
- Desktop application
- Database persistence
- Role-based access
- Online/offline operation
Operations software
Seafood inventory and order management system
A wholesale seafood workflow covering product catalogs, customer-specific pricing, stock across storage locations, order processing, packing, dispatch, invoicing, and customer accounts.
- Inventory management
- Order automation
- Sales operations
- Reporting
Process automation
Custom business workflow automation
Tailored software workflows that reduce repetitive manual work, organize operational data, manage orders, and connect the different stages of a business process.
- Process automation
- Software integrations
- Workflow design
- Dashboards
IoT, monitoring, and intelligent systems
Industrial IoT
Industrial IoT sensor and relay automation
An embedded control system that reads RS485 sensors, drives relay outputs, and reports over MQTT to a remote monitoring dashboard that supports both automatic and manual control.
- ESP32-S3
- RS485
- Modbus-compatible sensors
- MQTT
- Dashboard integration
Medical IoT architecture
Edge and fog computing for connected medical devices
A connected-device architecture that collects sensor measurements, forwards data through a local gateway, and supports centralized monitoring and processing for medical IoT applications.
- Raspberry Pi
- MQTT
- Embedded devices
- Edge and fog computing
Biomedical research and advanced prototyping
Biomedical research
Research direction
IMU-based gait stability analysis
A research direction extracting walking and gait-stability indicators from lower-limb inertial sensor data, investigating movement variability and stability using measurable signal features.
- IMU
- Accelerometer
- Gyroscope
- Signal processing
- Python
Prototyping
Biomedical sensor integration and rapid prototyping
Experimental biomedical systems combining sensors, embedded controllers, electronics, firmware, and data visualization to investigate practical healthcare monitoring applications.
- Sensor integration
- Embedded firmware
- Physiological data acquisition
- Data visualization
Have a similar problem?
Tell us what you need to measure, control, or manage, and we’ll propose a technical approach.