Scrum is synonymous with software development, a practice going back decades at this point. It serves as Silicon Valley’s killer app, the engine behind rapid deliverables that let tech giants pivot on a dime. As the global economy grows increasingly more volatile and customer expectations shift toward instant gratification, Scrum isn’t just for software these days. Organizations in industries like construction, education, manufacturing, and healthcare are discovering the power behind Scrum, and just how valuable it is for product cycles.

Moving Scrum into non-tech industries isn’t about adopting new jargon, but a fundamental shift for any organization. No matter what you’re looking to do, the core principles of Scrum, namely those of transparency, adaptation, and inspection, are effective for navigating an increasingly competitive marketplace.

The “Fixed” Plan

For most industries, project management is dealt with by using Waterfall. This is a cascading framework which might see you take six months to plan, six months to execute, and then hope that the world hasn’t left you behind when it’s time to ship things out. This stands in stark contrast to software development teams using Scrum, where if a feature doesn’t work, you iterate and rewrite the code. Construction can have higher stakes, as an incorrect concrete pour is a costly mistake to make.

There’s a fear of waste in non-tech industries, which leads to over-planning. Scrum suggests that the biggest waste isn’t a small mistake leading to rework, but work done for a project that has zero viability in the market. By applying Scrum, non-tech teams stop adhering to fixed plans and look to viewing the value of the work being done.

Scrum in the Physical World

To better understand how Scrum works outside of the tech industry, we need to look at the 3 structural pillars through a non-technical lens.

Transparency

Traditional manufacturing often hides progress through spreadsheets or siloed away in department meetings. Scrum makes use of the Sprint backlog and Task Board. When a physical product team uses a visual board, everyone from the engineer to the procurement specialist can see where bottlenecks are. Transparency ensures that delays in sourcing materials aren’t a surprise later on, but fully visible from day one.

Inspection

In an industry like healthcare, inspection might take the form of a Sprint Review, where a cross-functional team of doctors, nurses, and administrators examines their patient-flow process. They don’t have to wait a year to see whether this new policy reduces wait times. They get instant results, thanks in part to the two-week pilot done during a Sprint. You get actionable data right away, alongside patient feedback and qualitative data to see how the staff is getting on with it.

Adaptation

This is where the magic of Scrum happens. If the inspection of a marketing campaign shows the core demographic isn’t engaging with the chosen medium, the team can readily pivot instead of waiting until the next media buy. They’ll adapt during the next Sprint, alongside reallocating resources, changing creative direction, and ultimately trying again. This sort of agility is a boon for non-tech organizations to survive sudden economic shifts or supply chain disruptions.

Real-World Applications of Scrum Outside of Tech

Construction

Construction is notoriously rigid, but Lean and Scrum are making massive inroads in the industry. Instead of dealing with single, massive hand-offs, teams can use Sprints to complete design phases. Architects present 3D models of specific rooms or systems every Sprint, allowing clients to catch design flaws before the foundation is set. Expensive corrections that haunt the end of a construction project are reduced.

Manufacturing

We’ve seen from companies like Tesla that manufacturing can be done with the same sort of mindset seen in software. Modular components let teams iterate on the physical characteristics of a car without compromising the whole design. For traditional manufacturing, Daily Scrums let teams coordinate around machine downtimes, material shortages, and other hang-ups in real time, rather than waiting for the bad news to reach them from their supervisors.

Education

Schools are using Scrum to give students ownership and agency over their learning. Teachers act as Product Owners, defining learning objectives, while students manage their own Sprints to master the material. This shift from teaching students to facilitating progress creates a faster, more effective feedback loop for retention of the material.

The Roles of the Non-Tech Scrum Teams

In a non-tech environment, expertise defines roles, just like you might expect when looking at things like senior and junior developers. Let’s see how they compare in a non-tech industry.

Product Owner

A product owner represents the Voice of the Customer. In something like a legal firm, this might be the lead partner who understands exactly what their clients need for a complex legal case. They prioritize the Backlog.

Scrum Master

A Scrum Master, or Scrum Manager as they might be called, is a process shepherd. They work toward removing obstacles that stand in the way of progress. If a marketing team is blocked because they need approval from the legal department, the Scrum Master is going to make sure that sign-off is completed or improve the pipeline so it doesn’t happen again.

Developers

For Scrum, the developer is simply the person doing the work. For manufacturing, these are the people running the machines, performing the welds, and conducting material inspections. This should be a self-organizing unit that can figure out how much work needs to be realistically finished in a Sprint.

Mastering the Mindset

The biggest challenge to implementing Scrum is mental. Professionals might feel their work is too regulated or procedural for Scrum. That isn’t the case, however, and these barriers are easily broken.

Project Milestones

Any project, regardless of industry, is going to have milestones. Scrum breaks those milestones into Sprints. You might not have a bridge completed in two weeks, but you can complete a geological survey, finish a structural design, or get any necessary permits. Each of these fulfills an increment that contributes to the Definition of Done outlined before the start of the project.

Regulatory Needs

Regulation makes Scrum more valuable. If you build compliance checks into each Sprint, you guarantee you aren’t reaching the end of a project to find out you’re running afoul of codes or safety standards. Scrum makes projects audit-ready from the jump, rather than scrambling at the end of the year.

Cross-functional Teams

Every industry is going to have specialized workers. You won’t see surgeons do the same sort of work as an anesthesiologist, but they can work together to improve the systems running the operating room. Scrum doesn’t need each team member to do everyone else’s job. It just requires everyone to be accountable for their Sprint Goals.

Why Make the Jump?

So, why should you implement Scrum? For starters, you’re reducing financial risk. Iterative, incremental work allows teams to realize ROI far earlier. If a project is cancelled halfway through, you still have a functional, valuable asset to show for it.

It improves morale, giving team members a sense of ownership over the work they’re doing. Scrum lets them have autonomy and feel like they’re accomplishing something daily.

Above all else, a non-tech company benefits from the agility and ability to adapt to shifting market trends. A company can pivot strategy in two weeks, letting it outperform its competitors who might need months to course correct.

Conclusion

Scrum isn’t just a tech thing. It’s a work thing. The marketplace is highly competitive, with change being constant. Teams that can deliver value in small, high-quality increments let teams maintain a highly competitive advantage. It doesn’t matter what sort of work you’re doing. Scrum provides the means to handle complexity without being overwhelmed by it.