StreamBIM by Rendra, Made for Boots on the Ground

The StreamBIM website in German is now live

The StreamBIM Team — Thu, 12 Feb 2026 05:57:33 +0000

StreamBIM Launches German Website to Strengthen Focus on the DACH Market

StreamBIM is proud to announce the launch of the German version of our website — an important milestone in our strengthened commitment to the German-speaking markets.

As part of our strategic focus on the DACH region (Germany, Austria, and Switzerland), the new website makes it easier for our customers, partners, and industry professionals to access information about StreamBIM in their own language. We believe that clear communication is essential for successful digital transformation, and providing local-language content is a natural step in supporting our growing user base across the region.

“StreamBIM is foundational for the Total BIM approach – in a single SaaS platform and app.

No handover project. No data reinvention during renovation: a data set that grows with your building.”

Igor Lima, 𝗕𝘂𝘀𝗶𝗻𝗲𝘀𝘀 𝗥𝗲𝗹𝗮𝘁𝗶𝗼𝗻𝘀 𝗟𝗲𝗮𝗱 for 𝗗𝗔𝗖𝗛 & 𝗗𝗲𝗻𝗺𝗮𝗿𝗸

Supporting Digitalisation in the DACH Construction Industry

We see strong momentum for digitalisation within the DACH construction industry. Companies across the region are actively seeking smarter, more efficient ways to manage projects, documentation, and collaboration.

At the same time, many of the currently dominant solutions in the market struggle to fully deliver on their promises — often adding complexity instead of reducing it. With decades of practical digitalisation experience from the Nordic construction industry, StreamBIM offers a proven, user-friendly approach focused on simplicity, transparency, and measurable efficiency gains.

Our ambition is to bring Nordic best practices and hands-on digital construction experience to the DACH market — helping project teams reduce errors, improve communication, and work more efficiently across all phases of construction.

Expanding Our Presence in the Region

To further strengthen our commitment, we are pleased to welcome Igor Lima as the new person in charge of the DACH markets at StreamBIM. Igor will lead our expansion efforts and work closely with customers and partners to ensure that our solutions meet the specific needs of the region.

With the launch of the German website and dedicated local leadership in place, StreamBIM is accelerating its drive to support digital transformation across Germany, Austria, and Switzerland.

We look forward to building strong partnerships and contributing to a more efficient, transparent, and collaborative construction industry in the DACH region.

Check it out now!

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StreamBIM Day Stockholm 2026

The StreamBIM Team — Tue, 10 Feb 2026 04:47:50 +0000

Digital construction is not optional anymore!Why work in disconnected tools in 2026 when you can work data-driven in the model?

Registration is now open!

Attendance is free. Secure your seat now.

Click Here

StreamBIM Day brings together customers, experts and digital leaders to share practical lessons from real projects. The agenda covers what matters now:

Real-world use cases
Security and governance
Lifecycle continuity from design to operations
What’s next on the StreamBIM roadmap

Learn from leading practitioners including NCC, Tikab, Riksdagsförvaltningen and StreamBIM as they share practical perspectives on data-informed decisions, security in practice, digital standards and the future of model-based collaboration.

This is for professionals who want more than inspiration and are looking for practical ways to work smarter, collaborate better and create value from one shared data foundation.

Join us at Vasateatern in Stockholm on May 21 for a focused day on how owners, contractors and operations teams can work more data-driven in the model, with control of project data, security, ownership and traceability.

Digital construction is not optional anymore.

Event details:

Vasagatan 19, 111 22 Stockholm, Sweden

May 21, 2026

Attendance is free, but you have to register in advance.

Registration is now open!

Attendance is free. Secure your seat now.

Click Here

See You in Stockholm May 21st!

The post StreamBIM Day Stockholm 2026 first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

StreamBIM joins Swedish BEAst to evolve industry standards

The StreamBIM Team — Thu, 05 Feb 2026 09:47:19 +0000

StreamBIM joins BEAst to strengthen Sweden’s shift from 2D to 3D, with traceable data across the entire lifecycle

Through our membership in BEAst, StreamBIM is initiating a collaboration with BEAst, Sweden’s industry forum for shared standards and ways of working in construction. Our focus is on design and engineering, where architects and technical consultants create the information that must remain reliable all the way through construction, handover, and operations. Our goal is to simplify the move from 2D to 3D and make data-driven collaboration more practical, with a shared single source of truth throughout the lifecycle.

Sweden’s construction industry faces increasing requirements for traceability, quality, and efficient collaboration. At the same time, many projects still rely on document-heavy 2D workflows. To succeed with model-based ways of working, the industry needs both standards and a practical path to implementation in real
projects.

BEAst brings the industry together around common standards and working methods that enable stakeholders to “speak the same digital language.” At StreamBIM, we have worked with model-based review and processes since 2012 helping make the model a robust day-to-day workspace. As BEAst takes the next step towards 3D as the primary workspace, we look forward to contributing our experience and providing hands-on project support.

At the core of StreamBIM is the ability to establish a shared, continuously updated truth for model and project data. When teams work on the same data at the same pace, friction, errors, and rework are reduced and handover becomes simpler because the information is already structured, governed, and traceable.

“This is about more than technology. Through our membership in BEAst, we want to make the step from 2D to 3D easier to adopt and easier to scale, especially in design and engineering where the foundation for lifecycle data is created. When the industry works from a shared, up-to-date truth, owners gain control and lifecycle value, and contractors achieve better flow and fewer errors.”

Ole Kristian Kvarsvik, CEO, StreamBIM

About StreamBIM

StreamBIM is a BIM collaboration platform that enables teams to work with up-to-date 2D and 3D information in real time using a shared data source across the project lifecycle.

About BEAst

BEAst is a Swedish industry association and forum that develops shared standards and ways of working for digital communication and e-commerce in the construction industry.

Check out their website to learn more!

The post StreamBIM joins Swedish BEAst to evolve industry standards first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

Total BIM – the Gold Standard of Nordic Digital Construction

The StreamBIM Team — Sat, 24 Jan 2026 03:21:43 +0000

The Total BIM Methodology and Its Importance for Digital Construction.

Building Information Modelling (BIM) has been an integral part of the Nordic construction industry for over two decades, yet its implementation has largely been confined to the design phase. In many (if not most) projects, BIM models are used to generate traditional 2D drawings, after which the model ceases to be updated, trusted, or actively used.

This parallel workflow—BIM alongside drawings—has repeatedly been identified as a major barrier to realizing the full potential of digital construction, so a central focus of the Total BIM concept is what we should stop doing, not just introducing new workstyles.

From BIM Adoption to Total BIM

The Total BIM methodology, based on best practices of the Nordic construction industry and developed by Chalmers University of Technology in Gothenburg, Sweden, represents a fundamental shift away from this fragmented approach. Rather than treating BIM as a supporting tool, Total BIM establishes the digital model as the single, dynamic, and legally binding source of information throughout all project phases, from design to construction and beyond. This change is not merely technical—it requires a transformation in mindset, organization, leadership, and contractual practices.

What Is Total BIM?

Total BIM refers to a construction methodology where:

The BIM model is contractually and legally binding
The BIM model contains complete, production-oriented information
The BIM model is the only source of project information
The production and use of traditional 2D drawings is minimised
All stakeholders work unconditionally within the digital model

Instead of static, disconnected information sources, Total BIM enables a single connected information environment, accessible on-site through cloud-based platforms and mobile BIM-viewer software. This environment allows information to be continuously updated, filtered, created, and reused by all project participants.

Why Traditional BIM Falls Short

Previous BIM implementations have often struggled due to several recurring issues:

Parallel delivery of BIM and 2D drawings, leading to inconsistencies
Loss of trust in BIM when models are no longer updated
Software designed primarily for expert users rather than site personnel
Limited on-site hardware access and insufficient training
Interoperability challenges and unresolved legal frameworks

As a result, construction has traditionally relied on static, unconnected information, even in so-called “BIM projects.” Total BIM addresses these shortcomings by introducing a dynamic, model-based production process.

Total BIM in Practice: Evidence from Case Studies

Research by Chalmers University based on case studies in Sweden, and Norway demonstrates how Total BIM fundamentally changes on-site construction practices.

A key finding is that construction workers are no longer passive recipients of drawings. Instead, they become active creators and consumers of digital information. Using modern, user-friendly BIM-viewer software on mobile devices, site workers can:

Measure directly in the model
Filter and query relevant information
Add structured data, photos, and comments linked to BIM objects
Generate task-specific views rather than relying on predefined drawings

This dynamic interaction transforms BIM from a design artifact into a live production and communication platform.

Integrated Communication and Information Flow

One of the most significant benefits of Total BIM is improved communication. Information that was previously exchanged through emails, phone calls, or isolated documents becomes transparent, traceable, and accessible within the model environment.

In the studied projects, BIM-viewer applications evolved beyond visualization tools into integrated management platforms. Requests for information (RFIs), site photos, measurements, and short descriptions were directly linked to model objects. This reduced handling times, improved situational awareness, and enabled management teams to better monitor construction progress.

Success Factors for Implementing Total BIM

Across the case studies, several common success factors were identified:

BIM as the legally and contractually binding document
The elimination of drawings removes ambiguity and forces all stakeholders to rely on the same information source.
High-quality, production-oriented BIM
Models must be detailed, structured, and tailored for construction—not just design intent.
Cloud-based model management and mobile access
Real-time access on-site ensures that BIM remains updated, trusted, and relevant.
Powerful yet user-friendly BIM-viewer software
Tools must support non-expert users, enabling measurement, filtering, and information creation.
Strong leadership and management commitment
Successful Total BIM projects require decisive leadership and an “all-in” strategy, rather than partial adoption.

One of the case studies, the award-winning Celsius lab- and office building on the Lund University campus by Swedish developer Vasakronan, exemplifies these factors, finishing on time and approximately SEK 9 million under budget, despite higher initial design efforts to produce detailed BIM data.

Changing Roles and Responsibilities

Total BIM fundamentally alters professional roles within construction projects. Designers must commit to earlier decision-making, while gaining greater influence over final outcomes. Site workers and subcontractors are involved earlier during design stages to ensure constructability and data quality.

In the studied projects, a structured, multi-step quality assurance process involved production personnel directly in model development. This shift changes site workers from recipients of static instructions into contributors to a shared digital knowledge base.

Challenges and Future Implications

While Total BIM has demonstrated significant benefits, challenges remain. New demands are placed on quality assurance, tolerance management, and regulatory frameworks, particularly since BIM becomes the legally binding document. Standards and guidelines will need to evolve to support these new digital practices.

Looking forward, Total BIM lays the foundation for digital twins of construction sites. The integration of checklist data, sensor inputs, and real-time progress monitoring could further empower project managers and construction workers, enabling data-driven decision-making throughout the project lifecycle.

Total BIM as a Catalyst for Digital Construction

Total BIM moves beyond incremental BIM adoption toward a holistic, integrated, and production-focused digital construction methodology. By eliminating drawings, unifying information flows, and empowering on-site personnel, Total BIM addresses long-standing inefficiencies in construction projects.

The research and case studies demonstrate that static 2D drawings are no longer necessary and that BIM can function as a dynamic single source of information across all project phases. While the transition requires strong leadership and a change in mindset, Total BIM may represent the preferred method for future construction—reducing errors, minimizing rework, and unlocking the full value of digital construction.

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StreamBIM Day Oslo 2025 presentations are now available

The StreamBIM Team — Tue, 20 Jan 2026 07:20:54 +0000

StreamBIM Day is our premier venue for showcasing the latest advanced use cases and digital construction best practice, presented by some of our best customers.

StreamBIM Day is arranged annually in our main markets, and the 2025 edition in Oslo, Norway was held November 30th, providing both our attendees and presenters with lots of fresh inspiration of Nordic best practice for digital construction.

For those who did not have the chance to attend, we have been releasing the presentations gradually over the last couple of months, so you can benefit from our best users’ know-how and experience.

The Gold Standard for Digital Construction is Emerging in the Nordic Region

Here is an overview of the published presentations with links, for your convenience. The Total BIM methodology is a central theme

#1 – The Total BIM Approach – Chalmers University of Technology

This presentation introduces the Total BIM methodology from Chalmers University of Technology, advocating a fully model-based approach where the 3D model replaces traditional drawings as the single, legally binding source of truth. Mattias Roupé and Mikael Johansson explain how hybrid BIM workflows create inefficiency and errors, while research and case studies show that pure model-based processes deliver major gains in speed, accuracy, and sustainability. The session positions Total BIM as the natural evolution of BIM, requiring cultural and legal change but offering substantial benefits across the construction lifecycle.

#2 – Digital Transformation at Takenaka – Takenaka Corporation

This presentation explores how Japanese super-GC Takenaka is driving digital transformation by combining Lean thinking, BIM, and organizational change rooted in its 400-year master builder tradition. Hiroaki Yamasaki and Shojiro Taira show how StreamBIM, dialogue-based adoption, and emerging tools like in-house generative AI are used to activate human knowledge, improve quality, and enable learning across projects. The case highlights that true transformation depends not on technology alone, but on mindset, culture, and cross-cultural collaboration.

#3 – 3D modeling for Electrical Works – Reijlers

This presentation explores how Rejlers delivered fully drawing-free, all-digital electrical production on the Kaj 16 project by shifting the traditionally 2D-based discipline to a complete 3D workflow. Johan Josefsson explains how in-house Revit tools, structured model maturity management, and tight integration between Revit, StreamBIM, and Power BI enabled accurate quantities, controlled changes, and effective collaboration with contractors. The case demonstrates how model-based electrical design can support planning, installation, and future operations in a Total BIM project.

#4 – Drawing-less Digital Construction for Infra – NCC Norway

This presentation shares NCC’s experiences from a drawing-free, all-digital infrastructure project in Western Norway, where StreamBIM was used as the standard site platform through the company’s Digital Construction Sites initiative. Knut Rune Brugrand explains how model-based work packages, issue management, checklists, point clouds, and dashboards replaced manual, email-driven processes and ensured an always up-to-date work basis on site. The case demonstrates how standardized digital workflows improve collaboration, traceability, quality, and safety on complex infrastructure projects.

#5 – Drawing-less Digital Construction for Rebar at Grev Tureplan – Byggstyrning AB

This presentation showcases an award-winning renovation project where Total BIM and fully digital 3D workflows replaced traditional drawings, even in a highly complex historic building. Johannes Ris of Byggstyrning AB demonstrates how all-digital production—especially drawing-free rebar and concrete delivery using StreamBIM—improved precision, collaboration, safety, and productivity on site. The case proves that with the right mindset and tools, fully model-based construction is not only feasible but highly effective in challenging renovation environments.

We hope you’ll find plenty of ideas and inspiration for digitising your work from these presentations.

Remember to keep an eye out for the upcoming StreamBIM Day Stockholm in May 2026.

If you have any questions about the contents of the presentations, the event or anything in general, please get in touch. We love discussing all aspects of digital construction.

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Key Digital Construction Considerations for Building Owners

The StreamBIM Team — Sat, 17 Jan 2026 05:18:37 +0000

Three Key Considerations for Building Owners in Data-Driven Digital Construction

As digital construction and BIM-based workflows mature, building owners are increasingly in a position to shape not only how projects are delivered, but also how project data creates long-term value. Data-driven digital construction is not primarily a technology challenge—it is a contractual, organizational, and strategic one. The following three principles are especially important for building owners who want to fully benefit from digital construction throughout the asset life cycle.

Make the Digital Model the Legal Basis of the Contract

Organizations tend to optimize what they are contractually measured on. If the contract defines a set of drawings as the primary deliverable, consultants will naturally prioritize drawing quality over model quality. In many projects today, this leads to a familiar problem: the 3D model exists, but its reliability is uncertain. As a result, it cannot be confidently used for quantity takeoffs, cost estimation, coordination, or downstream applications without extensive manual verification.

By making the digital model the legal basis of the contract, building owners send a clear signal that model quality matters. When the model is treated as the primary source of truth, it becomes more robust, consistent, and suitable for multiple uses across the project life cycle—from early tendering and construction planning to as-built documentation and facility management.

This approach also enables better reuse of data beyond the construction phase, which is where much of the long-term value lies for building owners. A high-quality, contractually binding model supports future renovations, operational optimization, and integration with digital twins or asset management systems.

For those interested in best practices in this area, the TotalBIM project by Chalmers University of Technology is rapidly becoming a gold standard for digital construction in the Nordic region, demonstrating how legally anchored models can transform project outcomes.

Mandate a Project Platform as Part of the Contract

Without clear direction from the building owner, each consultant and contractor will default to their preferred software platforms, tools, and workflows. While this may be convenient for individual stakeholders, it often results in fragmented data, incompatible file formats, and a loss of transparency and control at the project level.

By mandating a project-wide digital platform—typically a common data environment (CDE)—as part of the contract, building owners ensure consistency across all disciplines and phases. More importantly, they retain ownership and access to the project’s data throughout the entire process, rather than having it locked into proprietary systems or scattered across multiple platforms.

A unified project platform improves collaboration, reduces errors caused by misaligned information, and makes it easier to track changes, responsibilities, and approvals. For building owners, this is not about limiting flexibility, but about establishing a clear digital backbone that supports reliable decision-making and long-term data stewardship.

Define the Data Structure Before the Design Stage

One of the most common mistakes in digital construction is treating data structure as a technical detail to be resolved later in the project. In reality, data structure should be defined before the design stage begins. Clear requirements for how data is organized, classified, and exchanged allow all stakeholders—designers, contractors, and suppliers—to work toward the same standards from day one.

Defining what information must be delivered, in what format, and at which project milestones enables building owners to maintain control across phases and ensures that data remains usable after project completion. Developing a company-wide BIM manual is an effective way to formalize these requirements and create consistency across multiple projects.

As technology evolves, the ability to aggregate and analyze data from different projects within a company-level CDE will become increasingly valuable. Consistent data structures make it possible to compare performance, optimize portfolios, and unlock advanced use cases such as predictive maintenance, AI-driven insights, and digital twins.

For building owners, data-driven digital construction is ultimately about governance, not software. By making the model contractually binding, mandating a common project platform, and defining data structures early, owners can ensure that digitalization delivers lasting value—both during construction and throughout the life of the asset.

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Drawing-less rebar installation – StreamBIM Day Oslo 2025

The StreamBIM Team — Fri, 16 Jan 2026 07:55:33 +0000

3D design and no-drawings, all-digital production for electrical works in Kaj 16

At StreamBIM Day Oslo 2025, Johannes Ris from the Swedish construction management consultancy Byggstyrning AB presented a detailed case study on how Total BIM and fully digital 3D rebar delivery can replace traditional drawings—even in complex renovation projects.

Byggstyrning is a small (12-person) consultancy supporting large property owners throughout entire project lifecycles. His role typically combines digital leadership with design management.

The case presented is their award-winning Grev Tureplan renovation project for client Vasakronan in central Stockholm (Stureplan): a historic office building from 1932, with parts dating back to the 18th century. The project involved extensive demolition, structural alterations, and the addition of a new floor, all within a dense urban context. The project is now completed, with tenants moved in and final results documented.

Recording date: 30 October 2025

Language: English

Subtitles: EN, NO, SE, JP/日本語

Total BIM in a Complex Renovation

Despite significant uncertainty, unknown structures, and heritage constraints, the project was delivered as a Total BIM project, with the 3D model serving as the legal contractual document. The BIM model evolved in stages:

Initial modeling from historic drawings,
Progressive laser scanning as access became available,
Continuous refinement during demolition and construction.

Laser scanning and tools like Imerso were used throughout the project to achieve high precision where needed (e.g., elevator shafts), uncover discrepancies between drawings and reality, and resolve risks early—avoiding production delays.

Digital Rebar Without Drawings

The core innovation was delivering rebar entirely through 3D models, without traditional rebar drawings. Together with the structural engineer and concrete subcontractor, the team defined exactly what site crews needed from the model. Custom property sets (psets) were created for rebar, allowing workers to filter by building part, sequence, size, and type directly on-site using StreamBIM.

Concrete work was organized into work orders (StreamBIM topics) tied to specific building parts. Each work order included:

Filtered 3D geometry,
Automated quantity take-offs,
Rebar specifications,
Progress photos, quality checklists, and concrete mix documentation.

When unexpected site conditions arose—common in renovations—questions and solutions were handled directly in the same topic, with engineers updating the model instead of issuing new drawings. Models were refreshed nightly, ensuring site teams always worked with current information.

Productivity, Safety, and Culture

Using StreamBIM on mobile devices significantly reduced administrative work for supervisors, allowing them to spend more time on-site supporting production. The project also introduced a “command center” at the site entrance, with screens showing safety issues via a traffic-light system. This improved awareness, collaboration, and overall site safety.

Results and Lessons Learned

The project was delivered on time, on budget, with a low carbon footprint, extensive reuse of materials, and significantly improved energy performance—despite strict façade preservation constraints. It won multiple Swedish awards, including Best Construction Project, Best On-site Safety, and Best Project Culture and Quality.

Key takeaways included:

Break complex projects into small, buildable parts,
Use BIM as a live production tool, not just documentation,
Be cautious with prefabricated rebar in renovation projects—flexibility on-site is crucial.

Looking Ahead

Johannes concludes by briefly showcasing Byggstyrning’s latest StreamBIM add-ons, including real-world contextual visualization (e.g., views from future boardrooms using map data) and dashboards monitoring automated BIM-to-IFC-to-StreamBIM pipelines.

Overall, the presentation demonstrated how mindset, collaboration, and well-structured digital workflows can make fully model-based construction not only feasible, but highly effective—even in the most challenging renovation environments.

This case study showcases how all-digital construction workflows can be aplied for rebar and concrete work

If you are interested in how StreamBIM could help your project achieve the benefits digital construction, check out the link below, or get in touch via the contact form at the bottom of this page!

The post Drawing-less rebar installation – StreamBIM Day Oslo 2025 first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

New StreamBIM Business Relation Lead for Denmark and DACH

The StreamBIM Team — Thu, 18 Dec 2025 08:20:34 +0000

As usual with new StreamBIM employees, here are 𝗙𝗶𝘃𝗲 𝗤𝘂𝗶𝗰𝗸 𝗤𝘂𝗲𝘀𝘁𝗶𝗼𝗻𝘀 to introduce Igor Lima, our new 𝗕𝘂𝘀𝗶𝗻𝗲𝘀𝘀 𝗥𝗲𝗹𝗮𝘁𝗶𝗼𝗻𝘀 𝗟𝗲𝗮𝗱 for 𝗗𝗔𝗖𝗛 & 𝗗𝗲𝗻𝗺𝗮𝗿𝗸.

He’s a welcome addition to the StreamBIM team that will let us engage and serve the German-speaking markets with renewed vigor.

What is your educational background?

I have a master’s degree in Steel Structures from the Hochschule München University of Applied Sciences, which has given me a solid foundation and understanding of the construction sector’s challenges.

I speak Portuguese, German, English, and Spanish fluently, and I am currently learning Danish to better collaborate with our Danish customers.

Briefly describe your work experience:

I began my sales career in the int. sales dept. of a company in Munich, a world leader in structural protection systems and then transitioned into the AECO SaaS industry, where I decided to focus my career.

Over the years, I have worked across multiple international markets, including DACH, the Americas, Southeast Asia, and the GCC, gaining experience in enterprise environments while acting as a single point of contact for clients of different sizes and profiles. I have also led cross-functional teams to secure major projects and strategic tenders, and contributed to go-to-market initiatives as well as outbound and partner programs.

My passion for my job lies in translating complex technical requirements and visions into durable, trust-based partnerships.

How do you spend your free time?

I love hands-on activities like playing guitar, home projects, and cooking. I enjoy trying new foods and exploring new places. Bouldering, yoga, and capoeira are some of my recently discovered hobbies.

What made you choose Rendra and StreamBIM?

I am genuinely impressed by the level of technical sophistication and the clarity of the product vision behind our software.

Our CDE is metadata-driven, our on-site solution enables paperless execution, and our FM tool works as plug-and-play, without the need for any handover processes.

What truly sets us apart, in my view, is how we maximize the “I” in “BIM”: information is entered once and then consistently used and enriched seamlessly across the entire ecosystem, reducing fragmentation and ensuring data reliability for all stakeholders.

On a personal level, I was drawn to a team that is highly knowledgeable, approachable, and genuinely eager to build closer, more personal connections that help bridge real challenges with practical solutions.

How do you see the road ahead for StreamBIM?

Looking ahead, our focus is on sustainable growth built on strong partnerships within our industry. At a time when projects are becoming increasingly complex, I believe our model-centric approach stands out by simplifying collaboration and offering transparency from early design through operations.

We are here to offer a flexible way of collaborating, built on listening and meeting our customers halfway: on an equal footing.

If you are in Germany, Austria, Switzerland or Denmark and want to learn more about how StreamBIM can help your project succeed, or just have some questions about Nordic-style Digital Construction in general, please get in touch with Igor. He’ll be happy to help!

The post New StreamBIM Business Relation Lead for Denmark and DACH first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

NCC digital construction for infra – StreamBIM Day Oslo 2025

The StreamBIM Team — Tue, 16 Dec 2025 13:01:17 +0000

Experiences from no-drawings, all-digital production at an infrastructure project in Western Norway

Nordic GC NCC’s adoption of StreamBIM as a company-wide site tool is part of a broader strategic goal to become a fully data-informed company. With around 20 initiatives supporting this goal, NCC identified the need for a common, robust digital tool for construction sites. This initiative is known internally as NCC Field, which is implemented using StreamBIM as the standard platform across projects.

A key initiative within this strategy is Digital Construction Sites (DCS), aiming to standardize how data, models, documentation, and workflows are handled on all NCC construction projects.

The Ålesund project served as a three-year StreamBIM pilot, allowing NCC to test functionality in real production, provide feedback, and influence StreamBIM’s product roadmap. It was also the first BIM project for NCC’s tunnel department, making StreamBIM a unifying platform across disciplines.

Recording date: 30 October 2025

Language: Norwegian

Subtitles: EN, NO, SE, JP/日本語

Key Points

How StreamBIM is used in practice

StreamBIM Capture – issue and case management

Used for deviations, HSE cases, RUHs (incident reports), model issues, and meeting follow-ups
Issues are:
- Registered directly on models or orthophotos
- Assigned to responsible parties (e.g. consultants)
- Fully traceable with photos, history, and status
Visual map-based overview (orthophotos) shows:
- Open vs. closed cases
- Direct navigation from map to case
Replaces email-based workflows with structured collaboration

Model-based work packages and views

StreamBIM communicates the current work basis to the site:
- Always updated models and drawings
- Eliminates outdated paper drawings
Custom model views are created for production:
- Construction stages (e.g. bridge deck casting)
- Discipline-specific views (e.g. bottom reinforcement only)
- Reduced “noise” for skilled workers
Advanced filtering based on:
- Object properties
- Position numbers
- Consultant comments (color-coded)
Goal: maximize production time, minimize searching

2D drawings integrated with 3D

StreamBIM Documents allows use of 2D PDFs for non-BIM or hybrid projects
PDFs can be:
- Positioned correctly in 2D space
- Linked to 3D objects
Clicking an object in 3D highlights the relevant drawing in 2D
Measurements can be taken directly in 2D

Point clouds and orthophotos

One of the strongest features highlighted:

Frequent use of updated orthophotos and point clouds
Avoids reliance on outdated satellite imagery
Enables:
- Accurate understanding of current site conditions
- Better planning and risk assessment (e.g. traffic, hazards)
Models overlaid on point clouds provide:
- Clear geographic context
- Improved execution planning
Object data (tags, properties) is displayed directly on orthophotos and updates automatically when models change

StreamBIM Checklists linked to model objects

Works for both model-based and 2D projects
Checklists are:
- Automatically generated based on rules
- Color-coded by status (not started / in progress / completed)
Users can:
- Click objects directly in the model to access checklists
- Use GPS on mobile/tablet to locate the correct object on site
Pre-filled data is extracted from model properties, reducing manual input
Used for:
- Quality control
- HSE rounds
- Deviations
- Follow-up cases linked to Capture

HSE and deviations

Safety and environmental rounds performed via checklists
Findings handled in Capture for full traceability
Deviations are linked directly to model objects
Ensures that future work accounts for known deviations and approved changes

Revision control

Detects changes between model revisions
Highlights:
- Changed objects
- Modified properties
Full revision history available per object throughout the project lifecycle
Change lists can be exported for documentation and follow-up

Power BI dashboards

Integrated dashboards for:
- Checklist status
- Progress tracking
- Discipline-specific overviews (e.g. VA, groundwork, tunnel)
Automatically updated from StreamBIM
Supports management and production follow-up
Easy navigation from dashboard directly into StreamBIM objects and checklists

Benefits experienced on the project

All documentation linked directly to model objects
One unified tool for production (replacing multiple systems)
Strong traceability and transparency
Always up-to-date work basis on PC, tablet, and mobile
Powerful visualisation combining models, orthophotos, and point clouds
Improved collaboration between contractor, designer, and client

Lessons learned and recommendations

Digital workflows are essential on large projects
Manual processes (email, phone, spreadsheets) do not scale
StreamBIM enables efficient collaboration and quality control
Mobility and user friendliness are key to adoption on site
Strong recommendation to:
- Establish template projects
- Standardize views, workflows, and structures early

StreamBIM has proven to be a comprehensive, production-oriented platform that supports NCC’s ambition to become data-informed, improves quality assurance, enhances collaboration, and significantly streamlines execution on complex infrastructure projects.

The post NCC digital construction for infra – StreamBIM Day Oslo 2025 first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

3D modeling electric design – StreamBIM Day Oslo 2025

The StreamBIM Team — Thu, 04 Dec 2025 15:21:46 +0000

3D design and no-drawings, all-digital production for electrical works in Kaj 16

Johan Josefsson, BIM lead and electrical consultant at Rejlers, presents how the electrical team delivered a fully 3D-based workflow on the Kaj 16 project in Gothenburg. The client, Vasakronan, required a “Total BIM” process—meaning that all production material had to come directly from the model. For the electrical discipline, traditionally dependent on 2D drawings, this was a major shift.

To meet the challenge, Rejlers developed an in-house Revit add-in (using the Revit API and Python) that enabled the creation of the first fully modelled 3D cable solution they know of. Larger, cost-critical cables were modelled in detail, while smaller ones were represented schematically to balance time and value. Close collaboration with the electrical contractor was crucial; their willingness to adopt the workflow made the transition possible.

With everything modelled, Rejlers implemented structured status management using the MMI (Model Maturity Index), digital checklists, and bidirectional syncing between StreamBIM and Revit. A change-warning system ensures that objects approved for production (MMI 400) cannot be altered without generating a PM/issue. Weekly IFC exports feed into automated Power BI dashboards, giving real-time quantities of cables, trays, and equipment by zone—helping contractors with planning, purchasing and calculations.

A live demo showed how StreamBIM is used for filtering, cable tracing, checklists and communication channels. During the Q&A, Johan explained their semi-automated cable routing, the importance of supporting contractors on site, and ongoing development with suppliers such as Fagerhult to bring sensor data into StreamBIM. With completion set for 2028, more data and lessons will accumulate as the model-based workflow matures.

Recording date: 30 October 2025

Language: English

Subtitles: EN, NO, SE, JP/日本語

Key Points

Kaj 16: 30,000 m² timber-focused office project requiring full model-based delivery.
Electrical discipline transitioned from mixed 2D/3D to fully 3D workflows.
Rejlers created an in-house Revit add-in enabling 3D cable modelling.
Large cables fully modelled; small cables modelled schematically for efficiency.
Contractor buy-in and onsite support were essential for adoption.
MMI-based status management and digital checklists sync back into Revit.
Warning system prevents changes to production-approved objects (MMI 400).
Weekly IFC updates feed Power BI dashboards with accurate quantities and cable lengths.
StreamBIM used for filtering, traceability, communication and issue management.
Future plans include integrating sensor data from Fagerhult for facility management.

This case study showcases how digital construction workflows can be adapted for electrical design and installation.

The post 3D modeling electric design – StreamBIM Day Oslo 2025 first appeared on StreamBIM by Rendra, Made for Boots on the Ground.

StreamBIM by Rendra, Made for Boots on the Ground

The StreamBIM website in German is now live

StreamBIM Launches German Website to Strengthen Focus on the DACH Market

Supporting Digitalisation in the DACH Construction Industry

Expanding Our Presence in the Region

StreamBIM Day Stockholm 2026

Digital construction is not optional anymore!Why work in disconnected tools in 2026 when you can work data-driven in the model?

Registration is now open!

Digital construction is not optional anymore.

Event details: Vasagatan 19, 111 22 Stockholm, Sweden May 21, 2026

Attendance is free, but you have to register in advance.

Registration is now open!

See You in Stockholm May 21st!

StreamBIM joins Swedish BEAst to evolve industry standards

StreamBIM joins BEAst to strengthen Sweden’s shift from 2D to 3D, with traceable data across the entire lifecycle

About StreamBIM

About BEAst

Total BIM – the Gold Standard of Nordic Digital Construction

The Total BIM Methodology and Its Importance for Digital Construction.

This parallel workflow—BIM alongside drawings—has repeatedly been identified as a major barrier to realizing the full potential of digital construction, so a central focus of the Total BIM concept is what we should stop doing, not just introducing new workstyles.

From BIM Adoption to Total BIM

What Is Total BIM?

Why Traditional BIM Falls Short

Total BIM in Practice: Evidence from Case Studies

Integrated Communication and Information Flow

Success Factors for Implementing Total BIM

Changing Roles and Responsibilities

Challenges and Future Implications

Total BIM as a Catalyst for Digital Construction

StreamBIM Day Oslo 2025 presentations are now available

The Gold Standard for Digital Construction is Emerging in the Nordic Region

Here is an overview of the published presentations with links, for your convenience. The Total BIM methodology is a central theme

We hope you’ll find plenty of ideas and inspiration for digitising your work from these presentations.

Remember to keep an eye out for the upcoming StreamBIM Day Stockholm in May 2026.

If you have any questions about the contents of the presentations, the event or anything in general, please get in touch. We love discussing all aspects of digital construction.

Key Digital Construction Considerations for Building Owners

Three Key Considerations for Building Owners in Data-Driven Digital Construction

Make the Digital Model the Legal Basis of the Contract

Mandate a Project Platform as Part of the Contract

Define the Data Structure Before the Design Stage

Drawing-less rebar installation – StreamBIM Day Oslo 2025

3D design and no-drawings, all-digital production for electrical works in Kaj 16

Total BIM in a Complex Renovation

Digital Rebar Without Drawings

Productivity, Safety, and Culture

Results and Lessons Learned

Looking Ahead

New StreamBIM Business Relation Lead for Denmark and DACH

As usual with new StreamBIM employees, here are 𝗙𝗶𝘃𝗲 𝗤𝘂𝗶𝗰𝗸 𝗤𝘂𝗲𝘀𝘁𝗶𝗼𝗻𝘀 to introduce Igor Lima, our new 𝗕𝘂𝘀𝗶𝗻𝗲𝘀𝘀 𝗥𝗲𝗹𝗮𝘁𝗶𝗼𝗻𝘀 𝗟𝗲𝗮𝗱 for 𝗗𝗔𝗖𝗛 & 𝗗𝗲𝗻𝗺𝗮𝗿𝗸.

He’s a welcome addition to the StreamBIM team that will let us engage and serve the German-speaking markets with renewed vigor.

What is your educational background?

Briefly describe your work experience:

How do you spend your free time?

What made you choose Rendra and StreamBIM?

How do you see the road ahead for StreamBIM?

NCC digital construction for infra – StreamBIM Day Oslo 2025

Experiences from no-drawings, all-digital production at an infrastructure project in Western Norway

Key Points

How StreamBIM is used in practice

StreamBIM Capture – issue and case management

Model-based work packages and views

2D drawings integrated with 3D

Point clouds and orthophotos

StreamBIM Checklists linked to model objects

HSE and deviations

Revision control

Power BI dashboards

Benefits experienced on the project

Lessons learned and recommendations

3D modeling electric design – StreamBIM Day Oslo 2025

3D design and no-drawings, all-digital production for electrical works in Kaj 16

Key Points

Event details:

Vasagatan 19, 111 22 Stockholm, Sweden

May 21, 2026