Software Engineering
- PLC and PC control
- IEC 61131-3 and S88 structures
- Visualization via HMI and SCADA
Control software that directs and optimizes processes
Kwadrant IA develops control software that efficiently and reliably controls the operation of machines and plants. We design structured PLC- and PC-based solutions, complemented by user-friendly HMIs and SCADA visualization.
Our software is built according to IEC 61131-3 and S88 guidelines, which ensures a modular and maintenance-friendly structure. Thanks to this approach, the software fits seamlessly with the technical design and operation of the system.
Software Engineering for Mechanical Engineering
Like a chess grandmaster, Kwadrant IA plays the game of software engineering: strategically, accurately and always thinking several moves ahead. As an agile participant in the software engineering arena, we switch gears deftly and quickly, without compromising on quality or sustainability. Step into our world of digital innovation and discover how we can boost your mechanical engineering projects with honed software solutions.
Software applications in practice
The power of good control software only really shows in practice. At Kwadrant IA, we develop software that not only controls systems, but also optimizes, visualizes and monitors them. See how our software solutions are used in a variety of applications.
Years of experience in the field of industrial automation
Structured software development for industrial plants
Reliable software starts with a well-thought-out structure. At Kwadrant IA, we develop PLC, HMI and SCADA software according to international standards, such as IEC 61131-3 and S88. Our approach focuses on safety, maintainability and integration with the electrical installation.
Through modular programming and active testing, we provide stable controllers that are easy to modify and maintain, even in the long term.
Programming according to IEC 61131-3 and S88
Our PLC software is structured according to the IEC 61131-3 standard, with recognizable programming languages such as Structured Text and Function Block Diagram. For batch and process-oriented systems, we use the S88 structure. This ensures clear software modules, reusability and efficient error detection.
Testing, validation and optimization
Before delivery, each software module is functionally tested within a digital or physical test setup. This includes simulations, I/O tests and communication validations. By testing for functionality, failure behavior and restartability, we deliver a robust software system that is immediately deployable in the field.
Maintenance and adaptability in practice
Our software is modular and provided with clear commentary rules and coding. This makes subsequent adaptations easy, for example when expanding an installation or making process changes. Thanks to the structured design, faults can be analyzed more quickly and remote support can be carried out efficiently.
Contact
Start your project with a technical consultation
Do you have an issue around panel building or industrial automation? We like to think with you from the initial design phase to realization and commissioning. Get in touch and discuss your project with one of our specialists.
Technical consultation
Direct contact with a specialist.
Quick follow-up
A substantive response within a short time.
Clear approach
From inventory to technical development.
Industrial automation with international standards
Industrial automation requires more than just a correctly constructed panel. We start with the architecture of the system and make conscious choices in component selection, standardization and scalability. By fully mastering engineering, panel construction and integration, we realize control systems that perform reliably in demanding industrial environments. From modular construction to international compliance, every detail is focused on quality, longevity and manageable Total Cost of Ownership.
We do not build standard solutions, but technically sound systems that match the complexity of modern mechanical engineering.
Software engineering as an integral part of your project
At Kwadrant IA, we do not see software as a stand-alone product, but as an essential part of the total system. Our engineers think along from the design phase and ensure seamless integration with hardware, panel building and installation. Whether it’s a simple modification or complete system build-up, we deliver stable and scalable software that works in practice.
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Frequently asked questions about software engineering
What programming languages does Kwadrant IA work with?
We program according to the IEC 61131-3 standard, using programming languages such as Structured Text and Function Block Diagram. These form the basis for modular and maintenance-friendly PLC software within industrial environments.
Do you also develop HMI and SCADA visualizations?
Yes, in addition to control software, we at Kwadrant IA also develop visualizations for HMI and SCADA systems. These are tailored to the installation and provide clear operation and monitoring.
How are the software solutions tested?
All software is thoroughly tested in a simulation or test environment. Think of I/O tests, function tests and failure simulations. This ensures stable operation and error-free implementation in the field.
Which PLC platforms are supported?
We develop software for various platforms, including Siemens, Rockwell/Allen-Bradley, Schneider Electric and CodeSys-based systems. We match the choice to the requirements and standards within the project.
Does Kwadrant IA also provide support for software changes?
Yes, we provide support for extensions, optimizations or revisions to existing software. Thanks to our structured structure, changes can be implemented quickly and safely, with minimal disruption to your process.
Is there support for version control and documentation?
Upon delivery, you will receive a complete software package including version control and associated documentation. This keeps the software traceable, manageable and ready for future maintenance or expansion.
