At GMD Engineering, we bridge the gap between robust hardware infrastructure and intelligent software execution. As a comprehensive engineering partner, we deliver world-class industrial automation services and turnkey electronics design services tailored to the demanding environments of modern manufacturing, IoT ecosystem development, and smart factory integration.
Start Project About UsRequirement 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
From initial concepts, complex electronic circuit design, and high-speed pcb board design to custom embedded software development services and multi-brand plc programming, our engineering team provides edge-to-edge hardware R&D and automation integration. We don’t just assemble components; we engineer complete, scalable, and industrial-grade solutions from the ground up
In the era of Industrial IoT (IIoT) and smart infrastructure, off-the-shelf electronic components rarely meet specific operational metrics or structural constraints. GMD Engineering provides full-lifecycle hardware design and electronic design services to bring custom hardware products from a visionary concept to certified, deployment-ready production.
Choosing the right electronics design company is critical to minimizing time-to-market while ensuring long-term hardware reliability. GMD offers specialized electronic circuit design services that encompass schematic capture, component obsolescence analysis, and power efficiency optimization.
Our expertise in electronic product design and electronic product design and development ensures that every custom controller, sensor node, or gateway we build is fully optimized for thermal management, electromagnetic compatibility (EMC), and harsh industrial conditions.
⚡ Core Hardware Deliverables:
• Custom Electronics Design: Tailored schematics built for longevity and noise immunity.
• Prototype Development: Fast-turn functional prototyping to validate hardware logic before mass production.
A flawless schematic requires an equally precise layout. Our pcb design services focus on transforming complex schematics into highly reliable, multi-layer printed circuit board pcb design blueprints.
Through advanced pcb layout design and rigorous manufacturing methodologies, we specialize in high speed pcb design—minimizing cross-talk, managing impedance, and ensuring signal integrity across multi-layer stack-ups. Whether you need a standard control board or a complex processing unit, our engineers utilize industry-standard tools to optimize the design for pcb, ensuring cost-effective fabrication and error-free automated assembly.
Specialized PCB Capabilities: Multi-layer routing, high-density interconnects (HDI), RF layout, and electronic power design for high-current/high-voltage industrial drivers.
Hardware without optimized software is just a collection of silicon and copper. To animate custom electronic platforms, GMD Engineering operates a dedicated embedded laboratory specializing in embedded system design services and micro-level programming.
We approach embedded system design with scalability and security in mind. Our engineers map out the complete embedded systems architecture—balancing processing power, memory allocation, and peripheral interfaces.
As a reliable embedded system design company, we navigate the complexities of designing an embedded system for heavy machinery, telemetry devices, and smart automation modules. We support a wide array of single-core and multi-core embedded systems, helping your enterprise establish robust edge-computing capabilities.
Our core strength lies in writing deterministic, ultra-stable code. We provide embedded software development services and firmware development for embedded systems utilizing low-level c programming for embedded systems and C++.
Our experience covers bare-metal firmware execution as well as complex deployments on Real-Time Operating Systems (RTOS) and Embedded Linux. We build secure communication stacks, low-latency sensor driver integration, and custom bootloaders for leading semiconductor lines such as STM32, ESP32, NXP, and Texas Instruments.
For large-scale factory automation, assembly lines, and heavy industrial machinery, programmable logic controllers form the core backbone of operations. GMD Engineering delivers premium plc programming services designed to optimize operational cycle times, maximize equipment uptime, and integrate disparate plant-floor machinery into a unified control layer.
Our team is well-versed in writing structured, well-documented, and easily maintainable plc programs. Whether executing a greenfield automation project, conducting a legacy system retrofit (modernizing old control systems), or delivering critical plant-floor troubleshooting, we follow international IEC 61131-3 standards.
We specialize in high-availability systems, safety-rated PLC programming, and complex motion control coordination, ensuring your plc programming for industrial automation scales seamlessly alongside your business growth.
Western markets and international manufacturing standards demand proven expertise in world-recognized automation brands. Our automation engineers possess native fluency in the industry’s two dominant ecosystems:
🟦 Siemens PLC Programming
Complete mastering of siemens plc programming software and the Siemens TIA Portal ecosystem. We program and optimize the entire S7 family (S7-1200, S7-1500, S7-300/400 legacy systems) and integrate them across distributed IO and Profinet networks.🟧 Allen Bradley PLC Programming
Advanced proficiency in ab plc programming using ab plc programming software and Studio 5000 / RSLogix 5000. We build rugged architectures for Rockwell Automation controllers, including ControlLogix, CompactLogix, and GuardLogix safety platforms over EtherNet/IP networks.
An automation system is only as good as its human interface. GMD designs synchronized plc and hmi programming schemes that prioritize user experience, comprehensive diagnostics, and rapid fault localization.
We structure control code using standard plc programming languages, with a particular focus on robust plc programming ladder diagram execution and ladder programming in plc. By delivering intuitive HMI layouts and SCADA dashboards alongside optimized ladder program in plc structures, we empower your plant operators to visualize process trends, handle alarms safely, and reduce operational downtime.
Brilliant hardware engineering and robust software logic require a world-class physical shell to survive the real factory environment. Our hardware design capabilities extend to the engineering of custom industrial electrical control cabinets.
Every enclosure designed by GMD Engineering features advanced thermal calculation, strict compliance with CE/UL safety directives, meticulous wire routing, and superior electromagnetic interference (EMI) isolation. We ensure that our physical enclosures act as a pristine sanctuary for the high-end PLCs, custom PCBs, and embedded systems driving your automation layout.
We fully support all IEC 61131-3 standard plc programming languages, including ladder programming in plc, Structured Text (ST), Function Block Diagram (FBD), and Sequential Function Chart (SFC). We select the optimal language based on project complexity and your plant’s maintenance standards
Yes. We can provide non-disclosure agreement (NDA) cleared technical drawing samples and technical drawing description reports upon request to prove our formatting quality.
Our electronic design services provide a complete end-to-end framework: initial feasibility studies, electronic circuit design, component procurement management, multi-layer pcb layout design, signal integrity simulation, functional prototyping, and preparing final manufacturing data packages (Gerber files, BOM, ODB++).
Our engineers utilize precise impedance control calculations, proper grounding/power plane separation, short signal path routing, and differential pair matching to prevent cross-talk and preserve signal purity on every high speed pcb design project we deliver.