Industrial Software Design
What We Offer
Our software engineers develop the full controls software stack for industrial automation systems, from PLC logic and operator interfaces to plant-wide SCADA and advanced motion control. Our software design services include:
Service Details
PLC Programming
Structured, modular PLC program development using Siemens TIA Portal. We build organized logic architectures with both automatic and manual operating modes, complete with interlocks and failure recovery routines designed to get your line back up and running as fast as possible.
HMI Development
Custom operator interface design that gives your team clear, intuitive control over the process. Every screen is reviewed with the customer before deployment to make sure the layout, navigation, and information hierarchy match exactly how your operators need to work.
SCADA Systems
Plant-wide SCADA system design and development for centralized monitoring, alarming, data logging, and reporting. We engineer scalable architectures — from single-server setups to redundant multi-client deployments.
Motion Control Programming
Precision motion control programming for Siemens SIMOTION and integrated drive systems. We develop cam profiles, position control, synchronization, and multi-axis coordination for applications ranging from material handling to high-speed processing lines.
Robotic Gantry Programming
Software development for gantry-style robotic systems including pick-and-place, transfer, and positioning applications. We handle axis coordination, path planning, collision avoidance, and integration with upstream/downstream equipment.
Safety Programming
SIL-rated safety program development including risk assessment, functional safety matrix creation, and fail-safe logic for safety PLCs. We design comprehensive safety solutions — gate switches, light curtains, e-stops, and safe motion monitoring — ensuring compliance with applicable machinery safety standards.
CNC Programming (Sinumerik)
NC programming, commissioning, and software development on Siemens Sinumerik platforms for machine tool and multi-axis applications.
Drive Software & Commissioning (Sinamics)
Configuration, parameterization, and commissioning of Siemens SINAMICS drive systems — from basic S120 setups to complex multi-drive coordinated applications. We handle closed-loop tuning, safety integrated functions, and integration with the overarching PLC architecture.
Our Process
Requirements & Standards Definition
Most software projects fail before a single line of code is written — because the requirements weren’t understood well enough. We start every engagement by defining criteria directly with your team: your process requirements, your standards, your operational preferences. If you know exactly what you need, we engineer to your spec. If you’re still working through it, we help you get there.
Software Engineering & Development
This is where over two decades of experience shows. Our logic architecture is organized for efficiency and maintainability — structured to reduce development time, accelerate time to market, and make future modifications straightforward. Every program includes both automatic and manual operating modes, with interlocks and failure recovery routines built in from the start. We identify potential failure scenarios and put measures in place so your operators can recover and get back to production as quickly as possible.
HMI & Operator Interface Review
Before any software goes to testing, HMI screens are presented to your team for review. This isn’t a formality — it’s how we make sure the interface is exactly what your operators need. We iterate until you’re satisfied with layout, navigation, alarm presentation, and data visibility.
Testing, Validation & Software FAT
Every program goes through extensive testing — motion testing, safety validation, and comprehensive program section verification. Third-party software engineers review the logic independently, and we perform risk assessments to create functional safety matrices, verifying that every safety device and interlock performs as designed under all operating conditions. Once internal testing is complete, customers participate in a software factory acceptance test to validate the full control system — PLC logic, HMI, SCADA, and drive configurations — under controlled conditions before anything ships to site.
