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Focus Area

  • Validation, Testing and Quality Assurance

Short Description

This project focused on supporting the test planning and functional evaluation of software systems in a highly automated ingot casting environment. The aim was to validate the integration between various Level 2 systems involved in logistics, casting, and upstream meltshop coordination. qoncept proposed a structured testing strategy including the definition of test scenarios and test cases, execution of functional tests, and documentation of results. By comparing implemented features with the original specifications, the goal was to assess the system’s readiness for commissioning and ensure stable operation in one of the most complex digital casting environments in the industry.

Focus Area

  • Digitalization Strategy and Roadmapping

Short Description

In this project, qoncept developed a structured digitalization roadmap for a specialized manufacturing company as part of the Green Tech TopRunner Program. Over eight on-site workshops, the team assessed the current state of both office and shop floor processes and identified potential for digital transformation. Two strategic approaches were evaluated in detail: a modular open-source ERP system combined with track-and-trace solutions, and a fully integrated single-source software system. Based on these scenarios, concrete functional requirements were derived, including planning, dispatching, material tracking, equipment management, downtime recording, and digital work instructions. The resulting roadmap supports a step-by-step transformation aligned with the company’s agile and customer-driven operations model.

Focus Area

  • Requirements Engineering and Management
  • Wireframing and UI/UX Concepts

Short Description

In this project, qoncept supported the development of a comprehensive requirements specification for a modular software system aimed at optimizing the production of FeNiMo, FeV, and Calumet® for a European alloy producer. Based on several on-site workshops, the focus was placed on the most time- and energy-intensive stage of the smelting process: Stage 1 of the smelting operation. The scope included defining functional and non-functional requirements for process monitoring, control, and optimization in detail. This included metallurgical modeling, campaign planning, traceability, and advanced reporting. The system was designed to seamlessly integrate with existing Level 1 and ERP systems, providing a future-ready platform for scaling to subsequent process stages.

Focus Area

  • Requirements Engineering and Management
  • Wireframing and UI/UX Concepts

Short Description

In this requirement engineering project, qoncept developed a mockup-driven concept for software-based production control in copper electrolysis. Through on-site workshops with plant stakeholders, the team analyzed core process requirements and translated them into interactive interface prototypes. The solution was designed to support digital tracking of cell-level parameters, electrolyte composition, material usage, and batch-specific treatment steps. The resulting mockups illustrated how a future software system could structure production planning, resource management, and process monitoring directly at the shop floor, while enabling knowledge-based process standardization and improved operational transparency.

Focus Area

  • Requirements Engineering and Management
  • Conceptual Software Engineering

Short Description

As part of a strategic digitalization initiative at a leading Austrian steel producer, qoncept was tasked with defining a comprehensive set of functional and non-functional requirements for a new software system. The system aims to digitally map and control all processes within the finishing area, from order intake to final delivery. The project focused on building a detailed requirement specification covering all aspects of production tracking, planning, equipment monitoring, and quality assurance. In addition, qoncept structured the logic for product-level traceability, system interfaces, and real-time data capture. The result was a future-proof requirement specification that enables modular development and seamless integration into the plant’s IT architecture.

Focus Area

  • Requirements Engineering and Management
  • Conceptual Software Engineering

Short Description

As part of a strategic modernization initiative, qoncept developed a detailed requirements specification for a Level 2/3 software system to digitalize and optimize melting and casting operations in a foundry environment. The specification was the result of several on-site workshops and defined all functional and non-functional requirements related to charge tracking, process parameter recording, quality data management, energy and raw material consumption monitoring, and casting documentation. A modular architecture was proposed to ensure seamless integration with existing ERP systems and to support long-term scalability. This foundational document enabled structured vendor engagement and served as a blueprint for digital transformation.

Focus Area

  • Digitalization Strategy and Roadmapping

Short Description

As part of an international workshop with participants from multiple countries, qoncept delivered a keynote impulse on the strategic and technological dimensions of industrial digitalization. The session addressed the shift from knowledge to capability-based value creation and explored how modern manufacturing environments benefit from hybrid modeling approaches combining physics-based and data-driven elements. Using examples from the steel industry, the presentation illustrated the role of digital twins, real-time process modeling, and intelligent systems in enabling traceability, optimization, and competitive advantage. The impulse sparked discussion on how companies can actively shape their role within Industry 4.0 ecosystems.

Focus Area

  • Requirements Engineering and Management
  • Wireframing and UI/UX Concepts

Short Description

In collaboration with a European OEM, qoncept supported the development of a comprehensive duty book for a new Level 2 process automation system at an existing steel plant in the United States. The focus was on defining system responsibilities, interface requirements, and architectural boundaries across all production areas. qoncept contributed to structuring the logical flow of production data, defining cross-system interactions, and aligning automation tasks between L1 and L2. The resulting documentation served as the foundation for functional specification and software design, ensuring clear accountability and integration across all automation stakeholders.

Focus Area

  • Requirements Engineering and Management
  • Conceptual Software Engineering
  • Wireframing and UI/UX Concepts

Short Description

In this consulting project, qoncept developed the conceptual foundation for a digital solution aimed at tracking and managing the lifecycle of metal powders used in additive manufacturing. The system combines software with smart sensor-equipped containers to document the powder's journey: from production and shipping to usage in 3D printing and return logistics. The goal was to enable a fully traceable and closed-loop material cycle, reduce waste, and optimize powder quality through close collaboration between producer and user. Key deliverables included process mapping, UI mockups, and a prototype-ready MVP concept to support transparent quality assurance, digital sampling records, and just-in-time powder

Focus Area

  • Requirements Engineering and Management
  • Conceptual Software Engineering
  • Wireframing and UI/UX Concepts

Short Description

In this requirements engineering project, qoncept led a series of on-site workshops to develop a new software system that combines Level 2 process control with Level 3 production management capabilities. The focus was on identifying user needs related to managing production routes, treatment prescriptions, and internal product identifiers. Instead of relying on static documentation, the project centered on interactive mockups and dynamic interface prototypes that illustrated key workflows to control and optimize the steelmaking processes. These visual assets formed the basis for user-centric software design and implementation planning.