GMD Services provides industrial automation engineering solutions for custom machines, production equipment, material-handling systems, robotic cells, and automated manufacturing lines.
Our capabilities cover four essential areas of industrial automation: Electronics Design, Embedded Systems Development, PLC Programming, and Electrical Design & Control Panel Engineering.
Requirement Discussion
Online meeting to better understand your application, capabilities, and limitations.
Proofreading/Review
Initial layout, operating principles, and feasibility assessment.
Detailed Electrical Design in Software
Complete detailed electrical drawings in software with revisions.
Submission of Drawings and BOM List
Manufacturing drawings, assembly drawings, and component lists.
Assembly/Commissioning Support
Online technical support throughout the assembly and commissioning process.
Built on Engineering Excellence
By coordinating hardware, software, sensors, actuators, control equipment, and machine functions within one engineering workflow, we help machine builders, manufacturers, system integrators, and industrial companies develop reliable and practical automation systems.
Whether you need a complete machine control solution or support for one specific engineering discipline, our team can work as an extension of your internal engineering resources.
An effective industrial automation system requires multiple engineering disciplines to work together.
The mechanical system defines how the machine moves and interacts with the product. Sensors detect positions and operating conditions. Electrical hardware supplies and distributes power. Electronics process signals and control dedicated functions. Embedded systems manage specialized devices, while PLC and HMI software coordinate the complete machine sequence.
If these areas are developed separately without proper coordination, the project may experience interface conflicts, unreliable operation, difficult troubleshooting, or costly modifications during manufacturing and commissioning.
GMD Services provides an integrated engineering approach that considers the complete control architecture from the beginning of the project.
Our industrial automation capabilities include:
Our Electronics Design Services support the development of custom electronic systems for industrial machines, dedicated control devices, sensors, monitoring equipment, and automation products.
We design electronic solutions according to the functional requirements, available power supply, signal types, communication protocols, installation environment, physical dimensions, and connection with other machine-control components.
Our electronics engineering capabilities include:
We can develop a dedicated electronic system as an independent product or integrate it into a larger PLC-controlled machine.
The final deliverables may include circuit schematics, PCB layout files, Gerber files, bills of materials, component specifications, assembly drawings, and other agreed manufacturing documentation.
Our Embedded Systems Development services combine dedicated electronic hardware with firmware to provide intelligent control, communication, monitoring, and data-processing functions.
Embedded systems are suitable for industrial applications that require compact hardware, dedicated control functions, fast signal processing, or specialized features that may not be practical to implement directly within a standard PLC.
Our embedded engineering capabilities include:
Embedded controllers can be used in applications such as sensor modules, motor controllers, condition-monitoring devices, data-acquisition systems, smart industrial products, specialized machine controllers, and communication gateways.
When an embedded device operates as part of a larger automation system, we coordinate its signals, data structure, communication method, and operating sequence with the PLC or supervisory control system.
Our PLC Programming Services help machine builders and manufacturers develop structured control software for individual machines, automated workstations, robotic cells, material-handling systems, and complete production lines.
The PLC program is developed according to the machine sequence, production requirements, manual operations, safety conditions, maintenance needs, and required communication with other equipment.
Our PLC programming capabilities include:
We can develop a new PLC program or review and modify an existing control system.
Our programming approach emphasizes clear software structure, consistent device naming, understandable machine states, alarm identification, and practical maintenance functions. This helps operators and maintenance teams diagnose machine conditions more efficiently.
The HMI provides the main communication point between the operator and the automated machine. A well-structured interface should make machine operation clear while providing enough information for maintenance and troubleshooting.
Our HMI development services may include:
HMI screens are designed around the actual operating sequence and the information required by operators, technicians, and maintenance personnel.
Our Electrical Design & Control Panel Engineering services provide the documentation and hardware architecture required to power, control, and protect industrial machines.
We develop electrical systems based on the machine power requirements, control voltage, selected PLC platform, motor types, sensor configuration, safety functions, installation conditions, and applicable project requirements.
Our electrical engineering capabilities include:
The electrical design is coordinated with the PLC software and the physical machine layout. This helps ensure that sensors, actuators, motors, drives, control devices, and safety components are correctly connected and accessible for installation and maintenance.
Project deliverables may include electrical schematics, control panel layouts, wiring diagrams, terminal schedules, cable lists, component lists, device specifications, and electrical bills of materials.
A control panel must provide more than a location for mounting electrical components. Its design affects equipment reliability, heat management, installation, troubleshooting, maintenance, and future expansion.
Our control panel engineering process considers:
Depending on the agreed project scope, we can also support component sourcing, panel assembly review, wiring inspection, signal verification, and control panel testing.
Modern automated machines often need to exchange information with robots, drives, sensors, vision systems, embedded devices, production equipment, or higher-level management systems.
We can support the integration of industrial communication technologies based on the selected hardware and project requirements.
Applications may include:
The communication structure is developed around the required data, update speed, network architecture, diagnostic needs, and compatibility of the selected devices.
GMD Services can provide industrial automation as an independent service or combine it with our Mechanical Design Services for complete machine development.
A multidisciplinary machine-development package may include:
This integrated approach allows the mechanical, electrical, electronic, and software elements to be reviewed as parts of one complete system.
Our Industrial Automation Services can be applied to a wide range of machines and industrial systems, including:
Each automation solution is developed according to the actual production process, required cycle time, operating environment, safety conditions, available equipment, and client specifications.
Our engineers can support both standalone machines and larger production systems.
For an individual machine, the scope may cover its complete electrical and control system, including sensors, actuators, drives, PLC programming, HMI screens, alarms, safety functions, and operating modes.
For a production line, the control system may coordinate multiple machines, conveyors, robots, inspection stations, and material-handling devices.
The automation architecture can include:
We can also support the modernization of existing machines where mechanical equipment remains usable but the control system requires improvement.
An upgrade project may include:
The existing machine condition and available documentation should be reviewed before defining the upgrade scope.
We review the machine function, operating sequence, production capacity, cycle time, available utilities, power requirements, environmental conditions, safety requirements, preferred hardware, and required deliverables.
We define the proposed control structure, including PLCs, embedded controllers, sensors, actuators, motors, drives, HMI equipment, communication networks, electrical panels, and required interfaces.
Suitable control devices and electrical components are selected according to the required functions, performance, availability, compatibility, and client preferences.
Our engineers develop the required electronics, embedded system, electrical drawings, panel layouts, PLC software, HMI screens, and technical documentation.
The automation system is reviewed with the client at agreed milestones. Technical comments and required revisions are incorporated before final delivery.
Depending on the project scope, the hardware configuration, software sequence, communication, alarms, and machine functions are tested or simulated before commissioning.
We can provide remote support during panel testing, machine assembly, I/O verification, software commissioning, sequence adjustment, and troubleshooting.
The agreed source files and technical documentation are delivered after project completion and acceptance.
Different projects require different levels of involvement. We offer flexible engagement models based on the client’s technical resources and project requirements.
We develop the control solution from initial architecture through electrical design, programming, documentation, and commissioning support.
Clients can engage us for a specific scope such as PCB design, embedded firmware, PLC programming, HMI development, electrical schematics, or control panel engineering.
Our engineers can support an existing automation team during periods of high workload or for a defined project phase.
We review an existing electrical or control system, identify technical issues, and recommend improvements related to reliability, operation, diagnostics, maintainability, or system integration.
Our services cover mechanical design, electronics, embedded systems, electrical engineering, and PLC programming. This allows key technical interfaces to be coordinated within one engineering workflow.
Automation systems are developed with consideration for manufacturing, wiring, assembly, operation, troubleshooting, and maintenance—not only software functionality.
We can support a complete automation project or provide an individual engineering package that complements the client’s internal team.
The scope, milestones, selected platforms, source files, documentation, revision process, and responsibilities are defined before project execution.
GMD Services supports machine builders, manufacturers, system integrators, and engineering companies through structured remote communication and regular technical reviews.
Client information and project data are handled confidentially. Source-file delivery, intellectual property ownership, and permitted use of project outputs can be clearly defined in the service agreement.
Whether you need an electronic controller, an embedded device, a PLC-controlled machine, an electrical control panel, or an integrated production-line automation system, GMD Services can help develop the engineering solution.
Send us your technical specifications, machine sequence, electrical drawings, existing PLC program, component preferences, production targets, photos, videos, or current automation challenges.
Our team will review the information and propose a suitable engineering scope for your project.
An industrial automation service may include control-system architecture, electronics design, embedded development, electrical schematics, control panel engineering, PLC programming, HMI development, sensor and actuator integration, industrial communication, and commissioning support. The exact scope depends on the project requirements.
Yes. Electrical design and PLC programming can be delivered as one coordinated engineering package. This helps ensure that the electrical hardware, I/O configuration, sensors, actuators, drives, and control software are compatible.
Yes. PLC programming can be provided as an individual service when the mechanical system, electrical design, and selected control hardware are already available.
PLC programming is generally used to control industrial machines and production processes using standard industrial automation hardware. Embedded systems use dedicated electronic hardware and firmware for specialized control, processing, monitoring, or communication functions. Some projects may use both technologies within the same system.
Yes. Our Electronics Design Services can cover circuit architecture, schematic development, PCB layout, component selection, prototype support, and manufacturing documentation for custom electronic control boards.
Yes. We can review and modify existing PLC programs, HMI screens, electrical drawings, control panels, electronics, or embedded firmware. The existing hardware, source files, documentation, and machine condition must be reviewed before confirming the scope.
We can provide control panel engineering documentation and support panel assembly, wiring review, testing, and troubleshooting when these activities are included in the project scope.
Remote commissioning support can be included in the project. On-site commissioning depends on the machine location, project requirements, schedule, and separate commercial agreement.