Controls, Electronics, and Automation Hardware

Modern products, machines, and research systems often require mechanical hardware to work with sensors, actuators, electronics, firmware, controls, and automation equipment.

MDR Engineering supports projects involving embedded controls, custom electronics, ruggedized enclosures, sensor integration, actuator systems, and automation hardware. The focus is practical system integration: helping physical systems collect data, respond to inputs, control motion, survive real-world environments, and connect with larger equipment or automation platforms.

This work is especially useful when a project needs more than a mechanical design but does not require a large controls or electronics team.

Custom Electronics and Embedded Control

MDR Engineering can support projects that require custom electronics, embedded control, sensing, actuation, or physical-system interfaces.

Potential support may include:

  • Custom PCB design

  • Microcontroller-based control systems

  • Power regulation and signal conditioning

  • Sensor and actuator integration

  • Firmware development for embedded applications

  • Prototype electronics development

  • Testing, troubleshooting, and design iteration

  • Integration of electronics into mechanical assemblies or enclosures

The goal is to create electronics and controls that support the physical system, not just function independently on a bench.

Rugged Enclosures and Environmental Hardening

Electronics and controls often fail when they are not designed for the environment where they will actually be used.

MDR Engineering can help develop enclosures, mounting approaches, and hardware integration strategies for systems exposed to demanding operating conditions. MDR is experienced with environments including the harsh heat and abuse of desert military sites, contamination and spark sensitive sewer deployments, and the aggressively washed-down conditions of beef packing facilities.

Potential support may include:

  • Rugged enclosure concepts

  • Shock and vibration considerations

  • Dust, moisture, and washdown protection

  • Thermal management for compact electronics

  • IP/NEMA sealing considerations

  • EMI/EMC mitigation planning

  • Material selection for UV, chemical, corrosion, or environmental exposure

  • Integration of electronics, connectors, sensors, and controls into physical hardware

This support is especially relevant for industrial equipment, research hardware, field-use devices, automation systems, and sensor-based products.

Automation Hardware and Robotics Integration

Automation projects often require custom mechanical and electrical hardware to interface with existing machines, robotics, conveyors, sensors, controls, or data systems.

MDR Engineering can help develop the physical and electromechanical components needed to make automation systems work in practice.

Potential support may include:

  • End-effector concepts and development

  • Sensor mounting and physical integration

  • Actuator and mechanism integration

  • Interface hardware for robotic or automated systems

  • Control panel and enclosure layout support

  • Real-time sensing and process feedback support

  • Mechanical integration around software, controls, or data systems

  • Troubleshooting and iteration of automation hardware

This work helps bridge the gap between controls concepts, mechanical equipment, and real-world operating conditions.

When MDR Engineering Is a Fit

MDR Engineering may be a good fit when:

  • A product or prototype needs embedded control or custom electronics

  • A mechanical system needs sensors, actuators, or control hardware

  • Electronics need to be integrated into a rugged enclosure or field-use device

  • A research system needs custom data collection, sensing, or actuation hardware

  • An automation system needs custom end-effectors, mounts, brackets, sensors, or interface hardware

  • A startup has software or data capability but needs physical hardware integration

  • A machine or product needs practical troubleshooting across mechanical, electrical, and controls boundaries

MDR Engineering is best suited for projects where controls, electronics, and automation hardware must work as part of a larger physical system.