Control-System Consultation
One-hour specialist discussion
£125 ENG / 02 Urquhart / capability
Engineering systems
Measure accurately. Control deliberately. Integrate completely.
We develop control, embedded and instrumentation systems that connect software to the physical process with dependable measurement, logic and actuation.
Feedback begins with reality
A controller is only as useful as the system around it.
Sensor selection, signal quality, process dynamics, actuator behaviour, software and failure states all influence performance. We treat the loop as part of the complete operating system.
Connect engineering data to digital systems →Closed-loop systems
PID & control engineering
Control strategies are developed around the dynamics, constraints and failure behaviour of the real process. Appropriate solutions may range from simple proportional control to coordinated multi-loop systems.
- Proportional, PI and PID control
- Cascade and feed-forward control
- Multi-loop systems
- Digital controllers
- Controller tuning
- Sensor feedback
- Actuator integration
- Remote supervision
Machine-level integration
Embedded systems & electronics
Embedded computing provides the dependable connection between sensors, actuators, equipment and higher-level software.
- Microcontrollers
- Embedded computing
- Motor and relay control
- Telemetry
- Data acquisition
- Automation controllers
- Machine interfaces
- Prototype electronics
Measured reality
Sensors, instrumentation & monitoring
Sensor data can be logged, visualised and analysed—or used directly in an automatic control system. Measurement design considers accuracy, environment, sampling and what decisions the data must support.
- Temperature and humidity
- Pressure and flow
- Position and motion
- Light and environment
- Voltage, current and power
- Machine status
- Data logging
- Remote monitoring
Potential control variables
Different process. Same requirement for stable evidence.
- 01Temperature
- 02Pressure
- 03Flow
- 04Motor speed
- 05Position
- 06Humidity
- 07Heating
- 08Cooling
- 09Pumps
- 10Motors
- 11Fans
- 12Environmental systems
Remote / off-grid
Systems designed to keep operating away from conventional infrastructure.
Remote installations may need low power consumption, local autonomy, resilient communications, telemetry and a clear recovery strategy. Applications include solar and battery systems, pumps, environmental monitoring, weather stations and autonomous equipment.
Clear commercial starting points
Define the control problem before committing to hardware.
Consultation and loop review create evidence for a bounded control, simulation or prototype engagement.
Existing Control-Loop Review
Data, architecture and recommendations
£950PID Design & Tuning Plan
Model, approach and methodology
From £1,750Engineering project enquiry
Bring us the process, variable and constraint.
We can assess the required sensing, control, embedded computing and software architecture without making unsupported certification claims.
Discuss a project