amer.catic@projectvisit.org dagb@projectvisit.org +46 31 322 7207
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Chalmers Electronic Lean Research Team

Show IT to me — bringing visual project management software to life

Research towards efficient use of processes, tools, and methods. A collaboration between industry and Chalmers University of Technology, financed by the Vinnova FFI program.

V Vinnova FFI C Chalmers I Industry Partners
8+
Industry Partners
2012–2015
Vis-IT Project Period
5
Whitepapers Published
2
Major Research Projects
🔬

Research Project

Vis-IT: Visualization and IT in Product & Production Development

The Vis-IT project explored how digital visual planning tools can bridge the gap between complex enterprise IT systems and lean methodologies. Coordinated by Volvo and concluded in September 2015, it involved partners including AB Volvo, Autoliv, Toyota Material Handling, Scania, and Kongsberg Automotive.

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Follow-up Initiative

Digilean: Digitized Process Demonstrator

The Digilean project (2015-04509) aims to create a digitized process demonstrator software that connects Fujimoto's chain of procedures — problem identification, problem solving, and standardized stable solutions — to create knowledge flow and traceability in integrated production and development environments.

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About the Research

Chalmers Electronic/Enterprise Research Team

Celean focuses on research towards efficient use of processes, tools, and methods. In the associated projects, members from industry and Chalmers University perform research connected to why today's enterprise systems are so complex and difficult to use. The research results are presented in both publications and in practical demonstrators.

  • Digital visual planning and pulse boards
  • Knowledge management and actionable knowledge capture
  • Lean product development methodologies
  • Industry-academia collaboration with Swedish manufacturers

Digital visual planning transforms how teams understand complex project landscapes by making abstract workflows tangible and shareable. Instead of relying on static documents or scattered spreadsheets, organizations can use interactive boards and visual cues to track progress, identify bottlenecks, and align cross-functional teams around a common operational picture. This approach bridges the gap between strategic intent and daily execution, fostering a culture where information flows freely and decisions are grounded in real-time data rather than assumptions or delayed reports.

Kanban principles lie at the heart of lean visual management, emphasizing continuous flow, work-in-progress limits, and incremental improvement. By visualizing every task as it moves through defined stages, teams gain immediate insight into capacity, blockers, and throughput. This transparency reduces the cognitive load on individuals and encourages collaborative problem-solving. Over time, the discipline of visualizing work helps organizations evolve from reactive firefighting toward predictable, sustainable delivery rhythms that support both innovation and operational stability.

The collaboration between academia and industry creates a unique environment where rigorous research meets practical application. University partners contribute theoretical depth, empirical methods, and a long-term perspective, while industrial partners bring real-world challenges, domain expertise, and opportunities to validate new approaches in live settings. This synergy ensures that the tools and methods developed are not only academically sound but also genuinely useful for engineers, project managers, and teams navigating the complexities of modern product development.

Enterprise-scale projects demand visualization solutions that can handle interconnected systems, multiple stakeholders, and evolving requirements. Digital tools designed for this context go beyond simple task boards, offering capabilities such as dependency mapping, milestone tracking, and portfolio-level overviews. By surfacing relationships between different work streams and highlighting potential conflicts early, these platforms enable more informed prioritization and resource allocation across the entire organization, reducing the risk of costly misalignments.

Prototyping and iterative evaluation play a central role in developing effective visual management software. Early-stage concepts are tested with real users in authentic work environments, generating feedback that shapes both functionality and usability. This hands-on research cycle helps uncover untested assumptions about how teams actually interact with visual tools, leading to designs that feel intuitive rather than burdensome. The goal is not merely to digitize existing practices but to enhance them in ways that genuinely improve daily work life.

Knowledge sharing and community building are essential for advancing the field of visual project management. Through publications, seminars, and collaborative workshops, research findings reach a broader audience of practitioners and scholars. This open exchange of ideas accelerates learning across organizational boundaries and helps establish common frameworks that can be adapted to diverse industries. By contributing to a growing body of knowledge, the research community supports the ongoing evolution of lean, visual, and digital ways of working.

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Academic Coordinator

Dag Bergsjö, PhD

Chalmers University of Technology

Research Areas

Visual Planning, Lean Development & Knowledge Reuse

Our work spans digital pulse boards, visual management, actionable knowledge capture, and the development of software tools that support global enterprises in lean product development.