WHAT WE DO
Engineering capabilities
that move products forward
We combine electronics development, hardware and software design, prototype debugging and engineering validation to turn requirements into a practical development plan.
01
⌁
Intelligent Instruments
Design complete instruments around the measurement range, accuracy, repeatability, response time and operating environment—from sensors and analog front ends through calibration, interfaces and enclosure integration.
Typical work
- Define measurands, probe conditions, calibration and acceptance criteria
- Evaluate noise, drift, linearity and temperature effects
- Design schematics, PCB, firmware, display and data interfaces
- Build prototype test and calibration procedures
DELIVERABLES Feasibility review, schematics/PCB, embedded software, prototypes and agreed test documentation.
MeasurementAnalog Front EndCalibration
02
◉
Thermal Imaging & Infrared
Integration and custom development for thermal image capture, temperature mapping and hot-spot detection, including module selection, interfaces, visualization and temperature processing.
Typical work
- Select modules for field of view, distance, target size and ambient temperature
- Integrate drivers, image streams and SDKs
- Build thermal views, area measurement, alarms and data logging
- Validate emissivity, reflected background and installation conditions
DELIVERABLES Integrated prototypes, device/PC software, interface notes and test records. Specifications depend on the selected components and use case.
Thermal ImagingTemperatureSDK Integration
03
⌘
Embedded Hardware & Software
Co-design MCU/ARM hardware and firmware around product functions, power, timing and interfaces. We can improve an existing board or develop a prototype from initial requirements.
Typical work
- Platform selection, power, memory and connectivity design
- Drivers, state machines, control logic, fault handling and updates
- Sensor, actuator, display and wired/wireless integration
- System bring-up, edge-case validation and stability optimization
DELIVERABLES Hardware design files, firmware source, interface/programming notes and prototypes as agreed.
STM32 / ARMFirmwareSystem Bring-up
04
▤
Data Acquisition & PC Software
Build reliable data paths from sensors and instruments to operator terminals, covering communications, timestamps, buffering, visualization and export for field monitoring and analysis.
Typical work
- Define channel count, sampling rate, accuracy and synchronization
- Integrate UART, RS-485/Modbus, USB and Ethernet
- Develop live charts, alarms, configuration and export
- Handle reconnects, validation, logging and long-duration operation
DELIVERABLES Acquisition hardware/firmware, protocol documentation, PC software and integration records.
Data AcquisitionDevice ProtocolsPC Software
ENGINEERING PROCESS
A development plan you can verify
Define targets and constraints before choosing a technical route. Each stage produces reviewable outputs to reduce the risk of discovering field mismatches at the end.
01 · RequirementsConfirm use cases, users, measured objects, operating conditions, available materials and required metrics.
02 · Design ReviewBreak down hardware, firmware, algorithms, mechanics and software; assess key components, risks and acceptance methods.
03 · PrototypeBuild within the agreed scope and integrate against real inputs, loads, interfaces and environmental conditions.
04 · DeliveryReview agreed functions and metrics, then organize design files, software, interface notes and known limitations.
Preparing for a discussion? Share the product purpose, target metrics, field photos or samples, existing circuits/protocols, schedule and budget range. Early ideas are welcome too.
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