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Software Engineering
for complex systems

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  • Implemented end-to-end

Systematic Software Engineering: from the sensor to the cloud and AI

Industrial software is not just about the code. It connects machines, control systems, HMIs, data, the cloud and AI – and must operate reliably, securely and efficiently in real-world conditions.

ITQ provides end-to-end support for software engineering: from requirements and architecture through to implementation, integration and testing, right through to quality assurance. Our strength lies in the combination of software expertise, an understanding of mechatronic systems and practical industrial experience.

We use AI to make development processes more efficient. With ‘Cyber Security by Design’, we ensure that networked systems are developed to be more secure, robust and future-proof right from the start.

Modern software engineering creates:

  • End-to-end solutions from the sensor to the cloud
  • Robust architectures for complex systems
  • AI-driven efficiency in development and operations
  • Security, quality and performance working in harmony
Industrial projects
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Customers from all sectors of the mechanical and plant engineering industry
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Years of experience in industry and research
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Engineers
(Seniors and Juniors)
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Research projects
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Software Engineering Solutions

Automation technology

  • Customised software solutions for demanding technical applications. We view software as an integral part of the system.
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Software Architecture

  • Structure, modularisation and holistic system development. We bring clarity to complex technical environments.
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Secure Software

  • We support companies in using mechatronic systems efficiently, safely and with a view to the future.
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Agile development processes

  • Knowledge as part of the solution. We enable teams of all ages, from young to old, to use modern technology safely.
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Quality Engineering

  • Customised software solutions for demanding technical applications. We view software as an integral part of the system.
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AI-supported engineering

  • Structure, modularisation and holistic system development. We bring clarity to complex technical environments.
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Software Engineering – tailor-made, scalable, cost-effective

  • Agile methods & rapid response
Implemented in an iterative, flexible and targeted manner.
  • AI Optimisation & Automation
AI as an integral part of software engineering.
  • Intuitive & user-centred software
High level of user acceptance thanks to clear user interface concepts (web & HMI).
  • High software quality and stability
Clean code, integrated tests and robust structures.
  • Modular & scalable
    Software architectures
Tailor-made and easily expandable.
  • Long-term maintainability &
    Future-proofing
Reduced technical debt, sustainable solutions.

Automation software from real-life experience

Jungheinrich logo
Sector: Logistics, Mechanical Engineering

Secure authentication with Keycloak

We have implemented a central single sign-on platform for Jungheinrich based on Keycloak. The solution brings together several internal and external intralogistics applications under a modern, secure identity and access management architecture.
  • Read the full success story
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Finding the right solution together

Your personal contact for software engineering will be happy to advise you on your specific enquiry.

Get in touch now for a no-obligation consultation.

Karl-Heinz Wind, BEng

Member of the Executive Board

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„The later security is taken into account, the greater the effort and risk.“

  • Questions / Answers

FAQ – Software Engineering

How does software engineering differ from traditional software development?
Software engineering takes a holistic view of software throughout its entire life cycle – from architecture and quality through to operation and continuous development.
Software engineering forms the technical foundation for digital business models, networked systems and automated processes, and is therefore a key component of digital transformation.
Modular architectures, clean code, integrated tests and continuous quality assurance ensure that software remains stable, extensible and usable in the long term.
Agile methods and modular software architectures make it possible to implement new requirements in a structured manner without causing any fundamental disruption to the system.
Software engineering takes existing systems, interfaces and processes into account and enables gradual integration without disruptive changes.
Software continues to evolve alongside business models and technologies. Software engineering ensures that systems remain high-performing and future-proof in the long term.