Instrumentation design, infrared thermal imaging, embedded hardware and firmware, and data acquisition systems for measurement and smart equipment.
System-level design across sensing, control and measurement, built around the actual application.
Starting from sensor selection and analog front end, the instrument is designed around measurement range, accuracy, repeatability, response time and environmental conditions. Covers signal conditioning, ADC sampling, filtering, calibration, display and communication interfaces.
For thermal image capture, temperature distribution analysis and hotspot detection: module selection, interface integration, image display, area temperature measurement, threshold alarms and data recording.
MCU and ARM hardware and firmware developed together around power, real-time behaviour and interface requirements. Includes drivers, state machines, control logic, fault handling and upgrade mechanisms.
Stable acquisition from sensors, instruments or multiple devices into a host application, covering communication, timestamping, buffering, display and export. Interfaces include UART, RS485/Modbus, USB and Ethernet.
Define specifications and boundaries first, then choose the technical route. Every stage produces a checkable output, reducing the risk of discovering a mismatch after the build.
Selected development projects across sensing, measurement and robotics.
A passive wireless temperature monitoring concept with Bluetooth data capture, adaptable to the use case.
A flexible sensor system concept for tactile perception and pressure distribution measurement.
An optical measurement concept for liquid composition and quality monitoring.
A laboratory setup for investigating microwave-based moisture measurement.
Electronics and control system development for a biomimetic quadruped robot.
Thermal image capture and temperature analysis integration for an application-specific inspection system.
Shanghai Qunxin Electronics was founded in 2004 and develops custom electronic products for consumer and industrial applications, covering measurement, control, acquisition and smart equipment.
Notes from embedded systems, hardware design and control engineering practice.
A discussion of how embodied intelligence and foundation models may support complex robotic tasks.
An overview of humanoid robot development from control processors and embedded systems perspectives.
A project note on commissioning an electromagnetic flowmeter at a customer site.
Useful details to include: application, target specifications, site photos or samples, existing schematics or protocols, target schedule and budget range. Partial information is enough to discuss feasibility.
